For explanation of special symbols, see attached sheet at end.
Reading the Torah with Equal Intervals
a review by Prof. Daniel Michelson
Department of Mathematics
University of California, Los Angeles
What is equal interval reading?
Let us eliminate the spaces between the words and consider the
text as a sequence of letters. Now, starting from a certain letter let
us skip N-1 letters and read the N-th one, again skip N-1 letters and
read the N-th one and so on. This will be called a reading with the
interval N. The number N may also be negative in which case the read-
ing is backwards. Of course, besides the interval N one has to know
where to start counting and how many intervals to go. Let us make
things more clear by showing a few examples. If one starts with the
first letter T in the Genesis (i.e. the T of BRA$'T) and skips 49
letters one arrives at the letter ! in TH!M, again skips 49 letters
and arrives at R in !'RAH, again skips 49 letters and arrives at H in
ALH'M. Thus one finds that the word T!RH (Torah) is spelled out with
interval 50 right in the beginning of Genesis. The number 50 has
several important meanings in Judaism. The 50-th is the Jubilee year,
there are 49 days of Omer which are counted from the second day of
Passover until the Shavuot which is the 50-th day, and there are also
50 gates of wisdom in Torah. The above example is a part of a bigger
pattern found by Rabbi Michael Weismandel about 40 years ago (see at-
tached fig.1). Namely, in the second book Exodus, the word T!RH is
again spelled out with the interval 50 beginning with the very first
letter T in the book (i.e. the T of !ALH $M!T). In the fourth book
Numbers, the word T!RH is spelled out with the interval -50, i.e.
backwards with the letter H starting in the first verse of the book.
Finally, in the last book Deuteronomy, the word T!RH is spelled again
backwards however with interval -49 instead of -50 and the letter H
starts in the 5-th verse instead of the first. Why this deviation and
why is there no T!RH in the third book Leviticus? Gaon from Vilna
wrote in Aderet Eliahu that Deuteronomy actually starts from the 5-th
verse, while the first four verses correspond to the first four books.
Indeed, the fifth verse reads: "On the other side of the Jordan, in
the land of Moab, Moses undertook to expound the Torah. He said ... ".
It is claimed that Moses was given 49 gates of wisdom instead of fif-
ty. Since the subsequent explanation of Torah is given from the mouth
of Moses, the word T!RH is spelled out with the interval -49. We see
that the system is symmetric - in the first two books T!RH is spelled
out forwards and in the last two books - backwards. Hence, in the
central book Leviticus you don't find the word T!RH. Instead, the four
letter name of G-d who gave the Torah is spelled out with interval 8
starting with the very first letter ' of Leviticus.( the number 8=7+1
is closely related to 50=7x7+1 but this is a separate story on which
we will not elaborate here).
At this point a sceptical reader would exclaim that the whole
system is nothing but a coincidence and the above explanation with 50
and 49 gates of wisdom was "cooked up" to tie several unrelated ap-
pearances of the word T!RH into a system. "I'm sure", this sceptic
would continue, "you would be able to find such words and systems in
any book". Since the author of this review was, until recently, such a
sceptic -the question of coincidence versus intentional design will be
addressed most forcefully in this article. Meanwhile let us mention
that on the statistical basis the word T!RH is expected to appear with
any given interval N in Genesis about 2 or 3 times. This estimate is
based on the total number of letters in Genesis(78064) and on the
amount of the letters T(4152), !(8448),R(4793) and H(6283) in the
book. Indeed, T!RH appears 3 times in Genesis with the interval 50
which is what one would expect from any book of such length and of
similar concentration of letters T,!,R,H. There is however no reason
why one of these three appearances should start with the very first T
of the book and why this should happen both in Genesis and Exodus. As
a matter of fact the probability of such a coincidence is about 1 in 3
million!
The above is one of hundreds of patterns found by Rabbi Weisman-
del in Torah in the time of WWII. After his death in 1948(?) his stu-
dents published in the early fifties the book "Torat Chemed" where
just a handful of his findings were exhibited. The rest of the find-
ings were lost. Of course at that time there were no computers. In-
stead Rabbi Weismandel was guided by a deep knowledge of Torah as for
what to seek and where to seek. As for the length of the intervals -
most of his examples refer to the numbers 50 or 26, the last being the
Gematria of the four letter name of God ('-H-!-H =10+5+6+5=26). Later
on, a few followers of Rabbi Weismandel continued the search, which
was still done by hand. We should mention Rabbi Shmuel Yaniv, Abraham
Oren and their students. But the real breakthrough occurred in 1982
when the computer was put to work. Here most of the credit should be
given to Dr. Eli Rips from Institute of Mathematics, Hebrew University
who was joined by Dr. Moshe Katz from the Technion, Haifa and later on
by Doron Viztum from Jerusalem. Let us make it clear - the computer
does not have an intelligence to find meaningful patterns. Instead it
is used as a fast and accurate counting machine. The text being inves-
tigated is typed into the computer and is stored there as a file of
integers. A set of instructions would then tell the computer to look
for a certain word in the text with equal intervals in a given range.
For example, find all appearances of the word I$RAL- Israel (which in
integer form spells 10 21 20 1 12) in the first 10000 letters of
Genesis, with equal intervals ranging from -100 to 100. The computer
then shows that the word is spelled out only twice, the intervals be-
ing 7 and -50 and is located in the four verses 1:31-2:3 (see fig.2).
We are stunned by the fact that these verses constitute our Kiddush
recited every Sabbath evening over a cup of wine. Indeed 7 and 50 are
the only numbers related to the Sabbath. The number 7 stands for the
seventh day of creation and also for the seventh year - the year of
Shmita when the land rests. Then, after 7 Shmita cycles the land
should rest also on the Jubilee year - which is the 50-th year. Again,
a coincidence? A simple calculation shows that the probability of the
word I$RAL to appear once with a given interval in the above verses is
about 1 in 1200. The chance of two appearances with intervals of 7 and
50 either backwards or forwards is about 1 in 400,000. Another in-
teresting example is shown in fig.3. The text which is Gen. 38 tells
the story of Yehuda and Tamar. As the result of their affair, Tamar
gave birth to Perez and Zerach. From the book of Ruth we learn that
Perez started a lineage which led to Boaz. Boaz married Ruth and had a
son Oved, which had a son Yishai, which was the father of King David.
So it was a natural question to ask whether King David with his
lineage is hidden in this chapter. Indeed, you find the names BYZ,
R!T, YBD, '$' and D!D spelled out with the same interval -49, moreover
they all appear in the chronological order! We already mentioned the
importance of 49 being the 7-th Shmita followed by the Jubilee. Howev-
er 49 is also the last day of the counting of Omer which starts on the
second day of the Passover and ends a day before Shavuot. Every day in
this counting has a name and the 49-th is called MLK!T $BMLK!T - king-
dom of the kingdom. Is there a name which would fit David, the king of
kings, better? Let us also mention that David was born and died on the
very day of Shavuot and the book of Ruth is traditionally studied on
this holiday. But maybe this system is another coincidence? It is easy
to estimate the probability of such an event. As we count the total
number of letters in Gen. 38 and the relative proportion of each of
the letters of alphabet, we come to the conclusion that the probabili-
ty of the word BYZ to appear in our chapter with a given interval is
0.02. (That is assuming that on the level of equal intervals the text
is random). Similarly, for the other four names the probabilities are
0.63,0.065,0.76 and 0.25. The odds for all 5 names to show up with a
given interval are about 1 in 6,500. If we also request that the names
line up in chronological order, the chances are reduced to 1 in
800,000. Now, if one would claim that the interval 49 is as important
as -49 and the same for 50 and -50, these 3 possibilities would in-
crease the chances to 1 in 200,000 - still quite an impressive number!
Let us turn to the third example in fig.4. We are in the begin-
ning of the Parasha !'CA where it talks about the famous dream of
Jacob with the stairway reaching the sky. As Jacob awoke from his
sleep he said, "Surely the Lord is present in this place, and I did
not know it!" (Gen. 28:16). Where was this place? Rashi (the main com-
mentator of the Torah) writes that this was Mount Moriah where the
Temple was built later on. Moshe Katz who was reading the commentaries
decided to check for the word MQD$ - the Temple. Indeed, the word does
appear with a very important interval -26 starting with the M of the
word MQ!M (place) in the above verse. However as you continue to count
26 letter intervals after $ of MQD$ you find another five letter word
HT!RH (the Torah) spelled forwards. Thus the two cornerstones of Juda-
ism HT!RH and MQD$ are spelled as one continuous sequence of 9 letters
with the interval 26 (which is, to repeat, the numerical value of
Lord's name). The probability of such an event (for a fixed position
of the first letter M) is about 1 in 17 billion! In the same story we
also find the words C'!N (Zion) and MQ!M (place) spelled out with the
interval 26.
The next example in fig.5 (found by Moshe Katz) is related to
Joseph's second dream (Gen. 37:9-10)- " Here I had another dream and
here the sun and the moon and eleven stars are bowing down to me". On
which Jacob answers, "What is the dream you have dreamed? Are we to
come, I and your mother and your brothers, and bow low to you to the
ground?". Rachi explains what Jacob had on his mind: "the mother (the
moon) already died, while Jacob did not know that the moon refers to
Bilhah (Rachel's maid) who raised Joseph as if she was his mother". As
we stick together the words A$R XLMT HB!A (which you have dreamed...),
they spell RXL MTH ( Rachel died). Now we are looking for the word
BLHH (Bilhah). The computer found two appearances of this word on the
same page, both starting with the same letter B next to the phrase A$R
XLMT - one is with the interval -99 and another with -156. We don't
know exactly the meaning of 99 however 156 bears a direct reference to
Joseph being the Gematria of his name ('!SP = 10+6+60+80 = 156).
There are hundreds of equally impressive examples which are not
shown here due to the limited scope of this review. However, on the
basis of the presented material we ask again the same question - are
the above systems a mere coincidence or they are deliberately planned?
Now the sceptic concedes that the odds for each individual system are
very small, however there are millions of different stories which one
could look for so that occasionally some of them occur with small
odds. Likewise in a lottery there are millions of players and few
winners. The truth of the matter is that there are 3-4 people who have
been searching mainly the book of Genesis by computer for the last two
years. They explored perhaps a few thousand words and systems while
the success ratio was astounding. Nevertheless, to counter the above
argument on a statistical basis one has to find "story-independent"
phenomena, i.e. something which could be checked automatically by com-
puter and compared with other texts. The following example will be
used to demonstrate such a general phenomena. This example is also im-
portant from a historical perspective since it marked the beginning of
the "computer era" in the study of Torah.
A "hidden" Aaron in Leviticus
Our story starts somewhere in 1982. Abraham Oren from kibbutz Sde
Eliahu was exploring manually whether the word AHRN (Aaron) is spelled
out with equal intervals in the beginning of Leviticus. Why Aaron and
why in Leviticus? As everybody knows, Leviticus talks mainly about
the work of the Cohanim - the priests, and Aaron being the Cohen Gadol
(the high priest) is the main hero of the book. Nonetheless, in the
first open chapter (Parasha Ptucha) of Leviticus Aaron is not men-
tioned even once. Instead it repeats four times "the sons of Aaron".
Abraham Oren was familiar with the work of Rabbi Weismandel, so it was
natural for him to suggest that Aaron is hidden inside the chapter in
the way of equal intervals. And indeed he found quite a few. When he
showed it to Dr. Eli Rips from Hebrew University, the latter typed
this chapter on the computer and asked it to find all appearances of
the four letter word AHRN in the chapter. The result of this search is
shown in fig.6. There are altogether 25 hidden Aaron's not counting
the explicit ones. The numbers which point to the circled A's are the
sizes of the intervals which should be counted from these A's in order
to obtain the word AHRN. The negative numbers correspond to the back-
ward counting. In this example we are not selecting any specific in-
terval like 26 or 50. Instead the computer checks all intervals from 2
to 235 (the maximal possible in this chapter), forwards and backwards
from every letter A and tries to find the word AHRN. As Rips looked at
the results he was overwhelmed by the large number of total appear-
ances: 25. Indeed, the chapter is 716 letters long out of which there
are 55 A's, 91 H's, 55 R's and 47 N's. For a random distribution of
these letters a statistical formula shows that the expected number of
Aaron's in the text should be about 8 and that the probability of
finding 25 or more Aaron's is about 1 in 400,000. That is, it would
take 400,000 pages of text like the one in fig.6 until one would find
25 or more hidden Aaron's on a page. A linguist could charge that the
letters in the language are correlated so that the Hebrew of the Bible
may "like" AHRN more then expected. Notice, however, that 12 Aaron's
out of 25 are going backwards and it is not clear why the "forward"
language should like them. And if it does, then equally well it should
like other combinations of the four letters A,H,R,N. So Rips took all
12 possible combinations (there are 2x3x4=24, but forward and backward
count as one) and performed with them the same experiment as with
Aaron. In the lower part of fig.7 we see the results of the experi-
ment. The word AHNR (meaningless) appears in the text 8 times and so
does ARHN. The other results 9,7,5 etc. center around 8 with a devia-
tion of +-3 in a complete agreement with the statistics and only the
AHRN stands out. The next experiment is shown in the upper part of
fig.7. As well known, in Hebrew there is a short and full spelling. In
Torah the same words sometimes are spelled full and other times short.
If we change the spelling, the equal intervals become at once non-
equal. Hence there is no reason why the text should prefer AHRN in
the form A(n)H(n)R(n)N over A(n)H(n+x)R(n+y)N. Now we fix the numbers
x and y and let the computer to search for Aaron with all possible n
(i.e. from 2 to 235). The numbers x and y vary from -5 to 5 and for
each pair x,y the total number of Aaron's is shown in the table. We
see that these totals vary from 2 to 15 with the average 7.3 and the
standard deviation 2.4. The number 25 corresponding to x=y=0 (i.e.
equal intervals) is 7.4 standard deviations away from the average! So
indeed, our text "likes" Aaron with equal intervals. But what about
other words, maybe they exhibit the same phenomenon? And what about
other texts? For comparison Rips took all 4-letter words, more pre-
cisely all 4-letter combinations in Hebrew alphabet. Since there are
22 letters the total number of combinations is 22x22x22x22/2=117,128.
Now you take any word out of 117,128, say ABGD, and do with it the
same experiment as with AHRN. Namely, you let the computer find the
number of times this word appears in our chapter and the expected
number of appearances. Suppose that for ABGD these numbers are
correspondingly 5 and 3. Then you compute the probability of having 5
or more appearances of the word instead of the expected 3. The result
happens to be 0.185. Now turn to the upper table in fig.8. The verti-
cal axis shows the number of appearances of a word while the horizon-
tal - the probability (on a logarithmic scale). The number 232 in the
6-th row and 3-rd column shows that 232 words out of 117,128 appeared
5 times in the text and the probability for them was around 1/10, and
similarly for the other numbers. Thus the word ABGD was counted among
the 232. As the probability decreases and the number of appearances
increases, there are fewer and fewer words in the table. The position
of the word AHRN is shown by the circle. Obviously Aaron is the winner
of the competition! There is just one more word '+YA (meaningless)
with the same probability 1/500,000 which appeared 6 times. Actually
all words with probability less then 1/1,000 turned out to be meaning-
less. There are also 12 words which appeared more times then AHRN, but
their probabilities are quite reasonable. Indeed, there are more or
less frequent letters in our text. The words with very frequent
letters should normally appear more times. But what about other
texts? Rips took for comparison a piece of the same length (716
letters) from the beginning of the novel "Hachnasat Kala" of the
famous Israeli writer Shai Agnon (the only Israeli Nobel prize winner)
and ran on it the same experiment with 117,128 words. We see that the
distribution of numbers is the same as above with the only exception -
the circle which contained AHRN is now empty! And no meaningful word
passed the limit of the probability 1/1,000. This proves once again
that the whole phenomena of AHRN has nothing to do with the Hebrew
language. But maybe the comparison with Agnon is unfair since his is a
different, "modern" Hebrew? Ideally, one should take a text which is
first - canonic, and second - very close to Torah. It was Prof. Ben-
Chaim from the Academy of Hebrew Language who came up with a brilliant
idea - take the Samaritan Torah! Samaritans are thought to be the des-
cendants of Kutim - the nations brought into Israel after the exile of
the 10 tribes ( 7-th century B.C.). Although they had been influenced
by Judaism, they did not become a part of the Jewish nation. There are
still about 2,000 Samaritans living in Nablus. And they possess a
Torah which differs from our tradition. Actually, there are numerous
differences among their manuscripts, so it is hard to talk about an
established version. Nonetheless, a few years ago two Samaritans -
brothers Tzdaka, published the most authentic version of the Samaritan
text and compared it with our Torah. What is shown in fig.9 is the be-
ginning of Leviticus. The right hand side is our Torah, the left is
the Samaritan one. Our chapter with Aaron's consists of the first 14
verses. The differences between two texts are boldfaced. Besides an
additional 20-letter phrase in the 10-th verse there are 16 places
where the texts disagree. But otherwise this is the same story and in
translation it would read the same. So it was very interesting to see
what effect these differences had on Aaron. And low and behold, they
destroyed 22 out of 25 hidden Aarons! However also 7 new Aarons sur-
faced. Thus the total became 10 instead of 25 - in complete agreement
with the statistics since the expected number is about 8 with devia-
tion of plus or minus 3.
At this point the sceptic is ready to admit that people could
have done it deliberately. "You know", he says, "they had a lot of
time to do this. The sages say that Rabbi Akiba used to count letters.
So apparently there was such a tradition".
Let us explore this line of thought. Suppose some people, say the
priests themselves planted these Aaron's in the text. But for what
purpose? To impress somebody later on? However, until discovered by
Abraham Oren and Eli Rips this secret was absolutely unknown. More-
over, were it discovered 40 years ago nobody would be impressed by it.
Indeed you should do all the comparisons to see how outstanding the
phenomenon is - and this was impossible before the advent of comput-
ers. Did the author(s) of the book anticipate the computer era? And
then a technical question - how did they do it? Suppose there was an
existing text without Aaron's like the Samaritan Torah. Is it possible
with a little editing to create the 25 Aarons? The author of this re-
view actually tried to add another (26-th) Aaron to the existing 25
with no avail. But even if this is possible, there is a limit of how
many words one can hide in a meaningful text. The 25 4-letter Aarons
put 25x2=50 constraints on the 716 letter text (i.e. the distance
between A and H is the same as between H and R and as between R and N
- giving two constraints per word). It is hard to set a precise limit
but we feel that one can't produce a meaningful story where 30% of its
letters are tied up by constraints like those above. And this is not a
question of personal ingenuity or whether the author had a computer at
his disposal. The language has its set of words and grammatical rules,
so mathematically speaking you are going to have more equations (con-
straints) then the unknowns (the words). Of course, if the author is
creating the language simultaneously with the text - then the above
limit does not apply.
These are indeed confusing questions. So our sceptic backs up and
suggests that maybe the whole system with Aaron's is just another
coincidence. "After all, why did you take the first chapter and why
Aaron? There are so many chapters and so many important words you
could have chosen so that one success even with a ratio of 1/400,000
is not outstanding at all!". We could reply that Aaron is the most im-
portant word in Leviticus and intuitively the first chapter has
preference over the other ones. However the whole story with Aaron's
was brought here not for the sake of showing another oddity but rather
to demonstrate some general phenomena.
The clustering effect
After the discovery of Aaron's, Rips obtained an electronic text
of Genesis and started a systematic investigation. (It was only re-
cently that the full electronic error-free text of Torah became avail-
able to us). By the text of Torah, unless stated otherwise, we always
mean the traditional Ashkenazi Masoretic text as published in so-
called Koren edition. There is another text accepted among Yemenite
Jews. These two versions were carried by two independent traditions
for more than a thousand years. Yet, as we compare these texts, they
differ only by 9 letters out of 304,805! Among the nine, there are 3
different letters in Genesis (of a total 78,064). Besides, there are
several ancient manuscripts. One of them is called the Leningrad codex
(because it is in the possession of a Leningrad library) and was
copied 1,000 years ago in Egypt. As was shown recently by Dr. Mor-
dechai Breuer in "Keter Aram-Tzova" this text differs from the Koren
edition by 130 letters. Almost all of these 130 letters are contrad-
icted by the majority of other manuscripts and, most important, by the
Masoretic instructions. Nonetheless the Leningrad codex is called the
"scientific text" of Torah and is used by several universities for
their databases. Clearly, even one missing or extra letter destroys
the hidden words which "leap" over this letter. However the examples
shown in this review appear in parts of Genesis which are away from
the doubtful letters and hence are not affected by them.
So let us define the clustering effect. As we saw with Aaron's
the word was spelled explicitly (4 times) in the chapter and at the
same time it appeared there in a large concentration in the equal in-
terval form. Rips wanted to check whether the same phenomenon occurs
with other words. Since it was not feasible to scan all words, Rips
started with the words in the beginning of Genesis. The text in fig.10
consists of Gen.1 and 2 as it appears in the Koren edition. It totals
2956 letters and has about 120 different words of the length greater
than 2 (not counting different grammatical forms). Each word was run
by the computer to find where it appears with equal intervals. The in-
tervals n were taken in a range from 2 to some N, both positive and
negative. The results of such a search for the word YDN (Eden) are
shown in fig.10. The word YDN is spelled out explicitly in three
places as shown by the rectangles. The circles show the hidden Edens
and the numbers leading to Y's indicate the appropriate intervals. In
this case the range of intervals N was taken to be 120. The number N
is chosen in such a way that there is a reasonable amount of hidden
words. For example, if one choses N=240 there would be twice as many
hidden Eden's mixing all over the text and it would be difficult to
see the clustering. Likewise for N=60 it would be too few words to
make statistical estimates. We see that there are 4 hidden Eden's on
the first page and 4 on the second page. The story of the Garden of
Eden is told in the verses Gen. 2:4-14 starting at the bottom of the
second page. Here inside a segment of 379 letters 16 hidden Eden's ap-
pear! What force has drawn them together? Maybe the 3 explicit Eden's
increase the local density of the letters Y,D and N so that there are
more chances for the hidden ones? A computation like the one performed
for Aaron shows that the expected number of Eden's is about 5 and the
probability of such a deviation is about 1 in 10,000. (We see another
weaker cluster at the bottom of the third page where the Torah tells
about the creation of the woman - indeed she was intended to be the
YDN=pleasure for the man). In fig.11 we see a similar example with the
word HNHR - the river. The word is mentioned 4 times explicitly as
shown by the rectangle frames. When run on the computer with intervals
up to 80 it produces a cluster of 11 words over 2/3 of a page while on
a usual page it appears about 3 times. Next, in fig.12 the word MQ!H
(gathering of water) is exhibited. There is a cluster of 10 words
around the explicit MQ!H while on the other pages the word appears
once or twice. Note that this time the hidden words do not cross the
explicit one so that the letters of the explicit MQ!H could not cause
the cluster. Fig.13 demonstrates a similar effect with the word MQ!M
surrounded by a cluster of 8 hidden words, while on the second and
third page there are altogether 4 hidden words. Especially interesting
are the results for long words. Clearly, the longer the word is, the
smaller are the chances to find it in a text with a given interval. In
fig.14 three such words are shown - BHBRAM (as they were created),
HX!'LH (Havilah) and HM!YD'M (the dates). The six-letter word BHBRAM
was searched for by the computer over the whole book of Genesis (i.e.
78064 letters) with equal intervals in the range -300 to 300. It was
found to appear 4 times - one of them with the interval 176 clusters
around the explicit word. Similarly the word HX!'LH in the same range
appeared 6 times - one of them with interval 167 clusters around the
explicit word. The seven-letter word HM!YD'M was searched for in the
book of Genesis with intervals from -10000 to 10000! It appeared only
once, the interval being 70, and clusters right where the word is
spelled explicitly. (By the way, there are exactly 70 days in a year
called M!YD'M as defined in Lev. 23 - 52 Sabbaths, 7 days of Pesach, 1
day of Shavuot, 1 day of Rosh Hashana, 1 day of Yom Kippur, 7 days of
Sukkot and one day of Shmini Atzeret). But what about other words? Ob-
viously we cannot show here all of the results. However about 40% of
the words in the above 3 pages produced a strong clustering effect,
another 40% showed a moderate clustering and the rest - no clustering.
Part of the clustering is effected by the non-even distribution of
letters. For example, when the word ADM (Adam) is mentioned in Gen.
2:5,7 there is a nearby ADMH (the earth) which adds letters A,D,M to
the text and increases the likelihood of the appearance of the hidden
ADM. When for comparison we took a 3000 letter piece of text from the
novel "Arie Baal Guf" (The bulky Arie) of Bialik, there was also a
cluster effect although much weaker then in Genesis. Hence, in order
to measure the "net" clustering Rips suggested comparing the equal in-
tervals with the non-equal ones in the same text, as it was done with
"Aaron" (see fig. 7). The next question is - how to measure the clus-
tering quantitatively? The simplest way is to specify in advance a
neighborhood of the explicit word and then check how many hidden words
appeared in this neighborhood. It is clear, however, that for longer
words the neighborhoods should be greater than for the shorter ones
and hence it is preferable not to compare words of different lengths.
Finally, a controlled experiment was run for all 3-letter nouns in
Gen.1 and 2 - altogether 50 words. The neighborhoods to be considered
were 300 letters long (about 8 lines) and centered at the explicit
words. The total number of hidden words in the neighborhoods was 370
versus the expected 300, which was 4 standard deviations away from the
expectation. The results for non-equal intervals were about the aver-
age. Next the same experiment was performed for the Samaritan version.
Here the results for the equal and non-equal intervals were about the
same as the expectation. Four standard deviations correspond to the
probability of about 1/100000. This is indeed a very small number.
However some statisticians may say that the text under investigation
is too short. Besides, for 3-letter words the non equal interval test
is very limited. That is, for the word YDN we consider the sequences
Y(n)D(n+x)N with fixed x and all possible n. The number x should be
small so that the non-equal intervals would be a small perturbation of
the equal ones. For example, if x varies between -5 and 5 we have only
10 different results to compare. If the word is longer, e.g. 5-letter
word ABCDE, the perturbed sequences are A(n)B(n+x)C(n+y)D(n+z)E so
that with x,y,z, in the same range of -5 to 5 there is a sample of
1330 different results. Hence Rips suggested to check the clustering
for 5-letter words over the whole book of Genesis. This requires a
prohibitive amount of computations, so Rips restricted himself to all
4-letter nouns preceded by a definite article H which are encountered
in Genesis. The final list consisted of 86 words. Next Rips has de-
fined a probability function which measured the clustering for each
word. The definition is too technical to be presented here. Roughly
speaking, the function attains the values between 0 and 1, is uniform
for a random text and becomes small when a hidden word with a short
interval N appears close to the explicit one. Then for each word a
"race" was performed in which the equal intervals competed with the
non-equal perturbations. In the first "race" the numbers x,y,z were
between -2 and 2 thus providing 5x5x5=125 "runners". The probability
function was measured and the "runners" with the smallest value would
win. The results of the 86 "races" were as follows. In 3 instances the
equal intervals defeated the non-equal ones. The words were HMQNH (the
livestock), HXTMT (the seal) and HBHMH (the domestic animal). For
eleven more words the equal intervals where among the top 10% of the
"runners". These results are not impressive at all since the proba-
bility that 14 out of 86 instances would be in the upper 10% is about
1/20. Next, the three winners were "allowed" to compete with about
5000 "runners". Namely, the range of x,y and z in the non-equal inter-
vals was increased from [-2,2] to [-8,8] which produced 17x17x17=4,913
"competitors". (It was too expensive to make such a "race" for all the
words since it takes several hours of computer time to run a single
word). The words HMQNH and HXTMT were champions also in the big race.
Now the combined phenomena of 14 top 10% words and 2 top .02% ones has
a probability of 1 over 30,000. The same experiment was performed also
with the Samaritan text. Here only two words - HQD$H (the harlot) and
HMGDL (the tower) were in the top 10% and no word entered the upper
1%. Thus the Samaritan text behaves like a "normal" one.
Our sceptic might be unimpressed by the probability of 1/30,000.
Indeed, with Aaron's we already had 1/400,000. However this time the
test was both word and segment independent. Namely, instead of a
specific (though important) word Aaron we took a big "natural" sample
and instead of the first chapter - the whole book of Genesis. One also
should bear in mind that the clustering is only one aspect of the in-
finite information hidden in Torah in the way of equal intervals.
There is no clustering for "Torah" in fig.1 or for "Israel" in fig.2.
King David is not mentioned explicitly in fig.3 so we lose another
story and likewise for the "Temple" in fig.4 and "Bilhah" in fig.5.
One should really wonder that after all non-trivial patterns have been
neglected there is still something to observe.
In the next section we will demonstrate another general idea
which is common to many words and patterns.
The minimal intervals
When the computer searches for a certain word with equal inter-
vals in a wide range of numbers it will find the word many times. Some
of the intervals may be of special interest like the numbers 50,26
etc. But what shall we do with the other ones? In the course of
numerous experiments Rips observed that the short intervals tend to be
more significant than the long ones, i.e. they appear more often in
relevant places. We will present here one example of this phenomenon.
The text in fig.15 consists of Gen.2 (this is an enlargement of the
third page of fig.10). Verse 9 reads: "And from the ground Hashem G-d
caused to grow every tree that was pleasing to the sight and good for
food with the tree of life in the middle of the garden and the tree of
knowledge of good and bad". The names of the trees however are not
mentioned in the chapter. So Rips suggested that perhaps these names
are hidden in equal intervals. The book of Yehuda Feliks "The fauna
and flora in the Torah" lists the names of all the trees which are
mentioned in Torah. And all of these names - a total of 26, were
found in the above chapter! Before the reader jumps out of his seat,
let us explain that three- or four-letter words would normally appear
with some intervals in a segment as long as ours (about 1000 letters).
What is so exceptional here - is that most of the intervals (except
for YRMN and LBNH) are very short. There is no other segment in
Genesis of such length which contains so many trees with intervals
less than 20. Based on the density of the letters in the chap
ter one
could estimate the probability of the "orchard" phenomenon - the
number is about 1 in 100,000!
Conclusion
We started with the "Torah" of Rabbi Weismandel, went through the
examples of "Israel", "King David", "Temple-Torah", "Rachel with
Bilhah" ,to "Aaron", then to the clustering effect in general and to
the "orchard" and the minimal intervals phenomenon. There are many
more fascinating examples and stories which could not be included in
this limited review. A book with much of this material should soon be
published in Israel. We hope that our sceptic also concedes that the
equal interval phenomenon is not an imagination of a few "phony" peo-
ple or a deliberate trickery with a computer but a reflection of a
hidden design. We are far from understanding the rules of this design,
in particular - what stands behind the numerical values of all the
different intervals? In recent years there were some other coded sys-
tems discovered (or rediscovered) in the Torah. Let us mention the
multiples of seven, where the key words in each chapter appear either
7 or 14 or 21 etc. times. Another rule discovered by the late Rabbi
Suleiman Sasson states that for each word which is repeated in Torah
more than 80 times, its 80-th appearance is in a segment which talks
about a promise, covenant, marriage or purchase (i.e. different types
of contract). The distinction of the equal intervals is that they ap-
pear on the letter rather then the word level and that they contain
apparently limitless information.
But who made this design? Nachmanides writes in the introduction
to his commentaries on Torah that Moses saw the Torah as a letter
string of a black fire on the background of a white fire. This string
of letters was not divided into words. As G-d dictated the Torah to
Moses, he(Moses) wrote it accordingly in the form of words and
chapters. As Maimonides states in the introduction to Mishne Torah,
Moses wrote the Torah before his death - one copy for each tribe and
one to be kept in the Ark. It is believed that the modern Torah text
is the exact copy of the original (modules maybe few letters, as sug-
gested by the comparison of the Yemenite and Ashkenazi texts). This is
what Judaism claims.
What do the Bible critics have to say? According to them Torah is
a patchwork which consists of pieces written in different times by
different authors. These pieces allegedly were put together during or
after the Babylonian exile and then canonized. For example they say
that Gen.1 and Gen.2 were written by different authors because Gen.1
uses the name ALH'M=G-d while Gen. 2 the name Hashem G-d. Since there
are hidden words like BHBRAM in fig. 14 which connect Gen.1 and Gen.2
we should assume that they were built by the final editor. If one
counts all the trees in fig.15, the most outstanding clusters like
"Eden" and "the river" (fig.10 and 11) and few other systems with pro-
babilities less the 1/1000 - the number of letters employed by the
hidden words is about 30% of the total. Thus one has to believe that
this editor with some small modification (and without any apparent
reason) created all these codes? "It is possible", says our sceptic,
"that the ancients possessed some secret knowledge which we cannot
comprehend - take for example the great pyramids or the temples of
Inca". Whatever they knew, nobody would suggest that they could fore-
see the future (unless they had a time machine?). We started with an
example of Rabbi Weismandel and we shall finish with another example
of his. Everybody has heard the name Maimonides - the greatest Jewish
scholar and philosopher. In Hebrew his name is pronounced RMBM = RaM-
BaM, the four letters being initials of Rabeinu Moshe Ben Maimon (Rab-
bi Moshe son of Maimon). Maimonides was born in Spain 851 years ago
and later settled in Egypt where he became a court doctor of Tzalach
Ed-Din. There he wrote his most important work - the 14 books of
Mishne Torah where he classified and clarified all of the 613 Command-
ments - the 248 obligations and 365 prohibitions which are binding for
every Jew. Fig.16 shows the beginning of the Mishne Torah where
Maimonides explains what is the origin of the Commandments and how
they are divided among his 14 books. There is a remarkable parallel
between Moses and Maimonides. They have the same name - Moshe, Moses
died at the same day he was born (Adar 7-th) and so Maimonides died at
the same he was born (Nissan 14-th). They both lived in Egypt and per-
formed marvels before the rulers of Egypt (Maimonides as a court doc-
tor). Maimonides' Mishne Torah which is a full summary of Judaism
parallels the Moses Mishne Torah, or Deuteronomy which is a summary of
Torah (see again the beginning of the review for the explanation of
the "Torah" with interval 49 in Deuteronomy). Furthermore, there is a
popular saying "M' M$H LM$H LA KM KM$H" - "from one Moses till another
Moses there was nobody like Moses". Nachmanides (RaMBaN) who lived few
decades after Maimonides claimed that he had found the latter once
mentioned in the Torah. The verse Exod. 11:9 reads : "Now the Lord had
said to Moses, Pharaoh will not heed you, in order that my marvels may
be multiplied in the land of Egypt" (see fig. 17). In Hebrew the
underlined phrase is RB!T M!FT' BARC MCR''M. The initials of these
four words form the name RMBM = RaMBaM (which by itself consists of
the initials of the full name). "How beautiful", says our sceptic,
"but you probably will find such RMBM on each page". We did check -
this is the single RMBM in the entire Torah spelled by the initials of
the consecutive words! But this is only the beginning of the story.
Forty years ago Rabbi Weismandel came across this passage. And then he
asked himself - could it be that there is something else about Rambam
hidden in a way of equal intervals? So he took the name of Rambam's
greatest book Mishne Torah (spelled in Hebrew as M$NH T!RH) and start-
ed to search for it. Since he already had discovered the "Torah" sys-
tem with intervals of 50 (corresponding to the 50 gates of wisdom) he
was looking again for intervals of 50. And indeed, starting with M of
M$H(Moses) in the above mentioned verse he found the word M$NH with
the interval 50. The second part T!RH appeared much lower again with
interval 50. The large gap between M$NH and T!RH apparently puzzled
him. He counted the number of letters between the M of M$NH and T of
T!RH - and it was 613 as the number of the Commandments. If one still
wishes to know the probabilities - the likelihood of such M$NH T!RH
starting with a given M is 1 in 186,000,000. You could of course try
some other M, say 10 possibilities for M in a close neighborhood of
the RMBM. And you could play with 613 counting them between the H of
M$NH and T of T!RH or M of M$NH and H of T!RH and also include or ex-
clude the first and the last letters in the counting, which gives you
6 possibilities. So with all this playing around you can increase the
likelihood to 1 in 3 million. Now, what is the bottom line? Either
the one who wrote the Torah knew 2,500 years in advance about
Maimonides and Mishne Torah or the whole story is another coincidence
with a probability of 1/3,000,000. Unfortunately, when it comes to
very small or large numbers people often lose common sense. Let us
suggest a following mental experiment. One is offered the chance to
play Russian Roulette in which he loads the cylinder of a pistol with
one bullet out of 6 chambers, rotates the cylinder and shoots at his
head. There is no other partner and one should repeat the game 81
times. If the person dies - he dies. If he stays alive (and the
chances are 1 in 3,000,000) he will have an exciting experience.
Would our sceptic take the offer?
Three thousand three hundred years ago there was another sceptic
- Pharaoh was his name. Our story in Ex. 11-12 is told after Pharaoh
had experienced nine plagues. He was still not convinced because, as
Torah says, "The Lord had stiffened the heart of Pharaoh". Should one
wait for the tenth plague?
-----
Here are some explanations for the attached material. Since
we don't have Hebrew letter printer the Hebrew letters in the ar-
ticle have been represented by similarly sounding English letters
or similarly looking characters. The correspondence is as follows
English letters/characters Hebrew letters
A Alef
B Beit
G Gimmel
D Dalet
H Hey
! Waw
Z Zain
X Chet
+ Tet
' Yud
K Kaf
L Lamed
M Mem
N Nun
S Samech
Y Ain
P Pey
C Tzadi
Q Kuf
R Reish
$ Shin
T Tav
Please treat with respect the sheets with the text of Torah. If
you wish to dispose them, they should be buried by Chevre Kaddi-
sha. If you don't know how to do it, bring it to some synagogue.
The article is expected to be published in the Journal "Be-or Ha-
Torah", in English.
The research of the codes in Torah and the publication of
the material requires substantial financial support. We believe
that the discovery of the codes will have a strong impact on so-
ciety and will illuminate the eyes of those who are not indif-
ferent to the truth. If you wish to support the research, please
send your contribution to the foundation "Forum for Cultural and
Educational Exchange", 1100 S. Carmelina Ave. Los Angeles, CA
90049. The number of the foundation for tax deduction purposes is
23 7134525.
Reading the Torah with Equal Intervals
a review by Prof. Daniel Michelson
Department of Mathematics
University of California, Los Angeles
What is equal interval reading?
Let us eliminate the spaces between the words and consider the
text as a sequence of letters. Now, starting from a certain letter let
us skip N-1 letters and read the N-th one, again skip N-1 letters and
read the N-th one and so on. This will be called a reading with the
interval N. The number N may also be negative in which case the read-
ing is backwards. Of course, besides the interval N one has to know
where to start counting and how many intervals to go. Let us make
things more clear by showing a few examples. If one starts with the
first letter T in the Genesis (i.e. the T of BRA$'T) and skips 49
letters one arrives at the letter ! in TH!M, again skips 49 letters
and arrives at R in !'RAH, again skips 49 letters and arrives at H in
ALH'M. Thus one finds that the word T!RH (Torah) is spelled out with
interval 50 right in the beginning of Genesis. The number 50 has
several important meanings in Judaism. The 50-th is the Jubilee year,
there are 49 days of Omer which are counted from the second day of
Passover until the Shavuot which is the 50-th day, and there are also
50 gates of wisdom in Torah. The above example is a part of a bigger
pattern found by Rabbi Michael Weismandel about 40 years ago (see at-
tached fig.1). Namely, in the second book Exodus, the word T!RH is
again spelled out with the interval 50 beginning with the very first
letter T in the book (i.e. the T of !ALH $M!T). In the fourth book
Numbers, the word T!RH is spelled out with the interval -50, i.e.
backwards with the letter H starting in the first verse of the book.
Finally, in the last book Deuteronomy, the word T!RH is spelled again
backwards however with interval -49 instead of -50 and the letter H
starts in the 5-th verse instead of the first. Why this deviation and
why is there no T!RH in the third book Leviticus? Gaon from Vilna
wrote in Aderet Eliahu that Deuteronomy actually starts from the 5-th
verse, while the first four verses correspond to the first four books.
Indeed, the fifth verse reads: "On the other side of the Jordan, in
the land of Moab, Moses undertook to expound the Torah. He said ... ".
It is claimed that Moses was given 49 gates of wisdom instead of fif-
ty. Since the subsequent explanation of Torah is given from the mouth
of Moses, the word T!RH is spelled out with the interval -49. We see
that the system is symmetric - in the first two books T!RH is spelled
out forwards and in the last two books - backwards. Hence, in the
central book Leviticus you don't find the word T!RH. Instead, the four
letter name of G-d who gave the Torah is spelled out with interval 8
starting with the very first letter ' of Leviticus.( the number 8=7+1
is closely related to 50=7x7+1 but this is a separate story on which
we will not elaborate here).
At this point a sceptical reader would exclaim that the whole
system is nothing but a coincidence and the above explanation with 50
and 49 gates of wisdom was "cooked up" to tie several unrelated ap-
pearances of the word T!RH into a system. "I'm sure", this sceptic
would continue, "you would be able to find such words and systems in
any book". Since the author of this review was, until recently, such a
sceptic -the question of coincidence versus intentional design will be
addressed most forcefully in this article. Meanwhile let us mention
that on the statistical basis the word T!RH is expected to appear with
any given interval N in Genesis about 2 or 3 times. This estimate is
based on the total number of letters in Genesis(78064) and on the
amount of the letters T(4152), !(8448),R(4793) and H(6283) in the
book. Indeed, T!RH appears 3 times in Genesis with the interval 50
which is what one would expect from any book of such length and of
similar concentration of letters T,!,R,H. There is however no reason
why one of these three appearances should start with the very first T
of the book and why this should happen both in Genesis and Exodus. As
a matter of fact the probability of such a coincidence is about 1 in 3
million!
The above is one of hundreds of patterns found by Rabbi Weisman-
del in Torah in the time of WWII. After his death in 1948(?) his stu-
dents published in the early fifties the book "Torat Chemed" where
just a handful of his findings were exhibited. The rest of the find-
ings were lost. Of course at that time there were no computers. In-
stead Rabbi Weismandel was guided by a deep knowledge of Torah as for
what to seek and where to seek. As for the length of the intervals -
most of his examples refer to the numbers 50 or 26, the last being the
Gematria of the four letter name of God ('-H-!-H =10+5+6+5=26). Later
on, a few followers of Rabbi Weismandel continued the search, which
was still done by hand. We should mention Rabbi Shmuel Yaniv, Abraham
Oren and their students. But the real breakthrough occurred in 1982
when the computer was put to work. Here most of the credit should be
given to Dr. Eli Rips from Institute of Mathematics, Hebrew University
who was joined by Dr. Moshe Katz from the Technion, Haifa and later on
by Doron Viztum from Jerusalem. Let us make it clear - the computer
does not have an intelligence to find meaningful patterns. Instead it
is used as a fast and accurate counting machine. The text being inves-
tigated is typed into the computer and is stored there as a file of
integers. A set of instructions would then tell the computer to look
for a certain word in the text with equal intervals in a given range.
For example, find all appearances of the word I$RAL- Israel (which in
integer form spells 10 21 20 1 12) in the first 10000 letters of
Genesis, with equal intervals ranging from -100 to 100. The computer
then shows that the word is spelled out only twice, the intervals be-
ing 7 and -50 and is located in the four verses 1:31-2:3 (see fig.2).
We are stunned by the fact that these verses constitute our Kiddush
recited every Sabbath evening over a cup of wine. Indeed 7 and 50 are
the only numbers related to the Sabbath. The number 7 stands for the
seventh day of creation and also for the seventh year - the year of
Shmita when the land rests. Then, after 7 Shmita cycles the land
should rest also on the Jubilee year - which is the 50-th year. Again,
a coincidence? A simple calculation shows that the probability of the
word I$RAL to appear once with a given interval in the above verses is
about 1 in 1200. The chance of two appearances with intervals of 7 and
50 either backwards or forwards is about 1 in 400,000. Another in-
teresting example is shown in fig.3. The text which is Gen. 38 tells
the story of Yehuda and Tamar. As the result of their affair, Tamar
gave birth to Perez and Zerach. From the book of Ruth we learn that
Perez started a lineage which led to Boaz. Boaz married Ruth and had a
son Oved, which had a son Yishai, which was the father of King David.
So it was a natural question to ask whether King David with his
lineage is hidden in this chapter. Indeed, you find the names BYZ,
R!T, YBD, '$' and D!D spelled out with the same interval -49, moreover
they all appear in the chronological order! We already mentioned the
importance of 49 being the 7-th Shmita followed by the Jubilee. Howev-
er 49 is also the last day of the counting of Omer which starts on the
second day of the Passover and ends a day before Shavuot. Every day in
this counting has a name and the 49-th is called MLK!T $BMLK!T - king-
dom of the kingdom. Is there a name which would fit David, the king of
kings, better? Let us also mention that David was born and died on the
very day of Shavuot and the book of Ruth is traditionally studied on
this holiday. But maybe this system is another coincidence? It is easy
to estimate the probability of such an event. As we count the total
number of letters in Gen. 38 and the relative proportion of each of
the letters of alphabet, we come to the conclusion that the probabili-
ty of the word BYZ to appear in our chapter with a given interval is
0.02. (That is assuming that on the level of equal intervals the text
is random). Similarly, for the other four names the probabilities are
0.63,0.065,0.76 and 0.25. The odds for all 5 names to show up with a
given interval are about 1 in 6,500. If we also request that the names
line up in chronological order, the chances are reduced to 1 in
800,000. Now, if one would claim that the interval 49 is as important
as -49 and the same for 50 and -50, these 3 possibilities would in-
crease the chances to 1 in 200,000 - still quite an impressive number!
Let us turn to the third example in fig.4. We are in the begin-
ning of the Parasha !'CA where it talks about the famous dream of
Jacob with the stairway reaching the sky. As Jacob awoke from his
sleep he said, "Surely the Lord is present in this place, and I did
not know it!" (Gen. 28:16). Where was this place? Rashi (the main com-
mentator of the Torah) writes that this was Mount Moriah where the
Temple was built later on. Moshe Katz who was reading the commentaries
decided to check for the word MQD$ - the Temple. Indeed, the word does
appear with a very important interval -26 starting with the M of the
word MQ!M (place) in the above verse. However as you continue to count
26 letter intervals after $ of MQD$ you find another five letter word
HT!RH (the Torah) spelled forwards. Thus the two cornerstones of Juda-
ism HT!RH and MQD$ are spelled as one continuous sequence of 9 letters
with the interval 26 (which is, to repeat, the numerical value of
Lord's name). The probability of such an event (for a fixed position
of the first letter M) is about 1 in 17 billion! In the same story we
also find the words C'!N (Zion) and MQ!M (place) spelled out with the
interval 26.
The next example in fig.5 (found by Moshe Katz) is related to
Joseph's second dream (Gen. 37:9-10)- " Here I had another dream and
here the sun and the moon and eleven stars are bowing down to me". On
which Jacob answers, "What is the dream you have dreamed? Are we to
come, I and your mother and your brothers, and bow low to you to the
ground?". Rachi explains what Jacob had on his mind: "the mother (the
moon) already died, while Jacob did not know that the moon refers to
Bilhah (Rachel's maid) who raised Joseph as if she was his mother". As
we stick together the words A$R XLMT HB!A (which you have dreamed...),
they spell RXL MTH ( Rachel died). Now we are looking for the word
BLHH (Bilhah). The computer found two appearances of this word on the
same page, both starting with the same letter B next to the phrase A$R
XLMT - one is with the interval -99 and another with -156. We don't
know exactly the meaning of 99 however 156 bears a direct reference to
Joseph being the Gematria of his name ('!SP = 10+6+60+80 = 156).
There are hundreds of equally impressive examples which are not
shown here due to the limited scope of this review. However, on the
basis of the presented material we ask again the same question - are
the above systems a mere coincidence or they are deliberately planned?
Now the sceptic concedes that the odds for each individual system are
very small, however there are millions of different stories which one
could look for so that occasionally some of them occur with small
odds. Likewise in a lottery there are millions of players and few
winners. The truth of the matter is that there are 3-4 people who have
been searching mainly the book of Genesis by computer for the last two
years. They explored perhaps a few thousand words and systems while
the success ratio was astounding. Nevertheless, to counter the above
argument on a statistical basis one has to find "story-independent"
phenomena, i.e. something which could be checked automatically by com-
puter and compared with other texts. The following example will be
used to demonstrate such a general phenomena. This example is also im-
portant from a historical perspective since it marked the beginning of
the "computer era" in the study of Torah.
A "hidden" Aaron in Leviticus
Our story starts somewhere in 1982. Abraham Oren from kibbutz Sde
Eliahu was exploring manually whether the word AHRN (Aaron) is spelled
out with equal intervals in the beginning of Leviticus. Why Aaron and
why in Leviticus? As everybody knows, Leviticus talks mainly about
the work of the Cohanim - the priests, and Aaron being the Cohen Gadol
(the high priest) is the main hero of the book. Nonetheless, in the
first open chapter (Parasha Ptucha) of Leviticus Aaron is not men-
tioned even once. Instead it repeats four times "the sons of Aaron".
Abraham Oren was familiar with the work of Rabbi Weismandel, so it was
natural for him to suggest that Aaron is hidden inside the chapter in
the way of equal intervals. And indeed he found quite a few. When he
showed it to Dr. Eli Rips from Hebrew University, the latter typed
this chapter on the computer and asked it to find all appearances of
the four letter word AHRN in the chapter. The result of this search is
shown in fig.6. There are altogether 25 hidden Aaron's not counting
the explicit ones. The numbers which point to the circled A's are the
sizes of the intervals which should be counted from these A's in order
to obtain the word AHRN. The negative numbers correspond to the back-
ward counting. In this example we are not selecting any specific in-
terval like 26 or 50. Instead the computer checks all intervals from 2
to 235 (the maximal possible in this chapter), forwards and backwards
from every letter A and tries to find the word AHRN. As Rips looked at
the results he was overwhelmed by the large number of total appear-
ances: 25. Indeed, the chapter is 716 letters long out of which there
are 55 A's, 91 H's, 55 R's and 47 N's. For a random distribution of
these letters a statistical formula shows that the expected number of
Aaron's in the text should be about 8 and that the probability of
finding 25 or more Aaron's is about 1 in 400,000. That is, it would
take 400,000 pages of text like the one in fig.6 until one would find
25 or more hidden Aaron's on a page. A linguist could charge that the
letters in the language are correlated so that the Hebrew of the Bible
may "like" AHRN more then expected. Notice, however, that 12 Aaron's
out of 25 are going backwards and it is not clear why the "forward"
language should like them. And if it does, then equally well it should
like other combinations of the four letters A,H,R,N. So Rips took all
12 possible combinations (there are 2x3x4=24, but forward and backward
count as one) and performed with them the same experiment as with
Aaron. In the lower part of fig.7 we see the results of the experi-
ment. The word AHNR (meaningless) appears in the text 8 times and so
does ARHN. The other results 9,7,5 etc. center around 8 with a devia-
tion of +-3 in a complete agreement with the statistics and only the
AHRN stands out. The next experiment is shown in the upper part of
fig.7. As well known, in Hebrew there is a short and full spelling. In
Torah the same words sometimes are spelled full and other times short.
If we change the spelling, the equal intervals become at once non-
equal. Hence there is no reason why the text should prefer AHRN in
the form A(n)H(n)R(n)N over A(n)H(n+x)R(n+y)N. Now we fix the numbers
x and y and let the computer to search for Aaron with all possible n
(i.e. from 2 to 235). The numbers x and y vary from -5 to 5 and for
each pair x,y the total number of Aaron's is shown in the table. We
see that these totals vary from 2 to 15 with the average 7.3 and the
standard deviation 2.4. The number 25 corresponding to x=y=0 (i.e.
equal intervals) is 7.4 standard deviations away from the average! So
indeed, our text "likes" Aaron with equal intervals. But what about
other words, maybe they exhibit the same phenomenon? And what about
other texts? For comparison Rips took all 4-letter words, more pre-
cisely all 4-letter combinations in Hebrew alphabet. Since there are
22 letters the total number of combinations is 22x22x22x22/2=117,128.
Now you take any word out of 117,128, say ABGD, and do with it the
same experiment as with AHRN. Namely, you let the computer find the
number of times this word appears in our chapter and the expected
number of appearances. Suppose that for ABGD these numbers are
correspondingly 5 and 3. Then you compute the probability of having 5
or more appearances of the word instead of the expected 3. The result
happens to be 0.185. Now turn to the upper table in fig.8. The verti-
cal axis shows the number of appearances of a word while the horizon-
tal - the probability (on a logarithmic scale). The number 232 in the
6-th row and 3-rd column shows that 232 words out of 117,128 appeared
5 times in the text and the probability for them was around 1/10, and
similarly for the other numbers. Thus the word ABGD was counted among
the 232. As the probability decreases and the number of appearances
increases, there are fewer and fewer words in the table. The position
of the word AHRN is shown by the circle. Obviously Aaron is the winner
of the competition! There is just one more word '+YA (meaningless)
with the same probability 1/500,000 which appeared 6 times. Actually
all words with probability less then 1/1,000 turned out to be meaning-
less. There are also 12 words which appeared more times then AHRN, but
their probabilities are quite reasonable. Indeed, there are more or
less frequent letters in our text. The words with very frequent
letters should normally appear more times. But what about other
texts? Rips took for comparison a piece of the same length (716
letters) from the beginning of the novel "Hachnasat Kala" of the
famous Israeli writer Shai Agnon (the only Israeli Nobel prize winner)
and ran on it the same experiment with 117,128 words. We see that the
distribution of numbers is the same as above with the only exception -
the circle which contained AHRN is now empty! And no meaningful word
passed the limit of the probability 1/1,000. This proves once again
that the whole phenomena of AHRN has nothing to do with the Hebrew
language. But maybe the comparison with Agnon is unfair since his is a
different, "modern" Hebrew? Ideally, one should take a text which is
first - canonic, and second - very close to Torah. It was Prof. Ben-
Chaim from the Academy of Hebrew Language who came up with a brilliant
idea - take the Samaritan Torah! Samaritans are thought to be the des-
cendants of Kutim - the nations brought into Israel after the exile of
the 10 tribes ( 7-th century B.C.). Although they had been influenced
by Judaism, they did not become a part of the Jewish nation. There are
still about 2,000 Samaritans living in Nablus. And they possess a
Torah which differs from our tradition. Actually, there are numerous
differences among their manuscripts, so it is hard to talk about an
established version. Nonetheless, a few years ago two Samaritans -
brothers Tzdaka, published the most authentic version of the Samaritan
text and compared it with our Torah. What is shown in fig.9 is the be-
ginning of Leviticus. The right hand side is our Torah, the left is
the Samaritan one. Our chapter with Aaron's consists of the first 14
verses. The differences between two texts are boldfaced. Besides an
additional 20-letter phrase in the 10-th verse there are 16 places
where the texts disagree. But otherwise this is the same story and in
translation it would read the same. So it was very interesting to see
what effect these differences had on Aaron. And low and behold, they
destroyed 22 out of 25 hidden Aarons! However also 7 new Aarons sur-
faced. Thus the total became 10 instead of 25 - in complete agreement
with the statistics since the expected number is about 8 with devia-
tion of plus or minus 3.
At this point the sceptic is ready to admit that people could
have done it deliberately. "You know", he says, "they had a lot of
time to do this. The sages say that Rabbi Akiba used to count letters.
So apparently there was such a tradition".
Let us explore this line of thought. Suppose some people, say the
priests themselves planted these Aaron's in the text. But for what
purpose? To impress somebody later on? However, until discovered by
Abraham Oren and Eli Rips this secret was absolutely unknown. More-
over, were it discovered 40 years ago nobody would be impressed by it.
Indeed you should do all the comparisons to see how outstanding the
phenomenon is - and this was impossible before the advent of comput-
ers. Did the author(s) of the book anticipate the computer era? And
then a technical question - how did they do it? Suppose there was an
existing text without Aaron's like the Samaritan Torah. Is it possible
with a little editing to create the 25 Aarons? The author of this re-
view actually tried to add another (26-th) Aaron to the existing 25
with no avail. But even if this is possible, there is a limit of how
many words one can hide in a meaningful text. The 25 4-letter Aarons
put 25x2=50 constraints on the 716 letter text (i.e. the distance
between A and H is the same as between H and R and as between R and N
- giving two constraints per word). It is hard to set a precise limit
but we feel that one can't produce a meaningful story where 30% of its
letters are tied up by constraints like those above. And this is not a
question of personal ingenuity or whether the author had a computer at
his disposal. The language has its set of words and grammatical rules,
so mathematically speaking you are going to have more equations (con-
straints) then the unknowns (the words). Of course, if the author is
creating the language simultaneously with the text - then the above
limit does not apply.
These are indeed confusing questions. So our sceptic backs up and
suggests that maybe the whole system with Aaron's is just another
coincidence. "After all, why did you take the first chapter and why
Aaron? There are so many chapters and so many important words you
could have chosen so that one success even with a ratio of 1/400,000
is not outstanding at all!". We could reply that Aaron is the most im-
portant word in Leviticus and intuitively the first chapter has
preference over the other ones. However the whole story with Aaron's
was brought here not for the sake of showing another oddity but rather
to demonstrate some general phenomena.
The clustering effect
After the discovery of Aaron's, Rips obtained an electronic text
of Genesis and started a systematic investigation. (It was only re-
cently that the full electronic error-free text of Torah became avail-
able to us). By the text of Torah, unless stated otherwise, we always
mean the traditional Ashkenazi Masoretic text as published in so-
called Koren edition. There is another text accepted among Yemenite
Jews. These two versions were carried by two independent traditions
for more than a thousand years. Yet, as we compare these texts, they
differ only by 9 letters out of 304,805! Among the nine, there are 3
different letters in Genesis (of a total 78,064). Besides, there are
several ancient manuscripts. One of them is called the Leningrad codex
(because it is in the possession of a Leningrad library) and was
copied 1,000 years ago in Egypt. As was shown recently by Dr. Mor-
dechai Breuer in "Keter Aram-Tzova" this text differs from the Koren
edition by 130 letters. Almost all of these 130 letters are contrad-
icted by the majority of other manuscripts and, most important, by the
Masoretic instructions. Nonetheless the Leningrad codex is called the
"scientific text" of Torah and is used by several universities for
their databases. Clearly, even one missing or extra letter destroys
the hidden words which "leap" over this letter. However the examples
shown in this review appear in parts of Genesis which are away from
the doubtful letters and hence are not affected by them.
So let us define the clustering effect. As we saw with Aaron's
the word was spelled explicitly (4 times) in the chapter and at the
same time it appeared there in a large concentration in the equal in-
terval form. Rips wanted to check whether the same phenomenon occurs
with other words. Since it was not feasible to scan all words, Rips
started with the words in the beginning of Genesis. The text in fig.10
consists of Gen.1 and 2 as it appears in the Koren edition. It totals
2956 letters and has about 120 different words of the length greater
than 2 (not counting different grammatical forms). Each word was run
by the computer to find where it appears with equal intervals. The in-
tervals n were taken in a range from 2 to some N, both positive and
negative. The results of such a search for the word YDN (Eden) are
shown in fig.10. The word YDN is spelled out explicitly in three
places as shown by the rectangles. The circles show the hidden Edens
and the numbers leading to Y's indicate the appropriate intervals. In
this case the range of intervals N was taken to be 120. The number N
is chosen in such a way that there is a reasonable amount of hidden
words. For example, if one choses N=240 there would be twice as many
hidden Eden's mixing all over the text and it would be difficult to
see the clustering. Likewise for N=60 it would be too few words to
make statistical estimates. We see that there are 4 hidden Eden's on
the first page and 4 on the second page. The story of the Garden of
Eden is told in the verses Gen. 2:4-14 starting at the bottom of the
second page. Here inside a segment of 379 letters 16 hidden Eden's ap-
pear! What force has drawn them together? Maybe the 3 explicit Eden's
increase the local density of the letters Y,D and N so that there are
more chances for the hidden ones? A computation like the one performed
for Aaron shows that the expected number of Eden's is about 5 and the
probability of such a deviation is about 1 in 10,000. (We see another
weaker cluster at the bottom of the third page where the Torah tells
about the creation of the woman - indeed she was intended to be the
YDN=pleasure for the man). In fig.11 we see a similar example with the
word HNHR - the river. The word is mentioned 4 times explicitly as
shown by the rectangle frames. When run on the computer with intervals
up to 80 it produces a cluster of 11 words over 2/3 of a page while on
a usual page it appears about 3 times. Next, in fig.12 the word MQ!H
(gathering of water) is exhibited. There is a cluster of 10 words
around the explicit MQ!H while on the other pages the word appears
once or twice. Note that this time the hidden words do not cross the
explicit one so that the letters of the explicit MQ!H could not cause
the cluster. Fig.13 demonstrates a similar effect with the word MQ!M
surrounded by a cluster of 8 hidden words, while on the second and
third page there are altogether 4 hidden words. Especially interesting
are the results for long words. Clearly, the longer the word is, the
smaller are the chances to find it in a text with a given interval. In
fig.14 three such words are shown - BHBRAM (as they were created),
HX!'LH (Havilah) and HM!YD'M (the dates). The six-letter word BHBRAM
was searched for by the computer over the whole book of Genesis (i.e.
78064 letters) with equal intervals in the range -300 to 300. It was
found to appear 4 times - one of them with the interval 176 clusters
around the explicit word. Similarly the word HX!'LH in the same range
appeared 6 times - one of them with interval 167 clusters around the
explicit word. The seven-letter word HM!YD'M was searched for in the
book of Genesis with intervals from -10000 to 10000! It appeared only
once, the interval being 70, and clusters right where the word is
spelled explicitly. (By the way, there are exactly 70 days in a year
called M!YD'M as defined in Lev. 23 - 52 Sabbaths, 7 days of Pesach, 1
day of Shavuot, 1 day of Rosh Hashana, 1 day of Yom Kippur, 7 days of
Sukkot and one day of Shmini Atzeret). But what about other words? Ob-
viously we cannot show here all of the results. However about 40% of
the words in the above 3 pages produced a strong clustering effect,
another 40% showed a moderate clustering and the rest - no clustering.
Part of the clustering is effected by the non-even distribution of
letters. For example, when the word ADM (Adam) is mentioned in Gen.
2:5,7 there is a nearby ADMH (the earth) which adds letters A,D,M to
the text and increases the likelihood of the appearance of the hidden
ADM. When for comparison we took a 3000 letter piece of text from the
novel "Arie Baal Guf" (The bulky Arie) of Bialik, there was also a
cluster effect although much weaker then in Genesis. Hence, in order
to measure the "net" clustering Rips suggested comparing the equal in-
tervals with the non-equal ones in the same text, as it was done with
"Aaron" (see fig. 7). The next question is - how to measure the clus-
tering quantitatively? The simplest way is to specify in advance a
neighborhood of the explicit word and then check how many hidden words
appeared in this neighborhood. It is clear, however, that for longer
words the neighborhoods should be greater than for the shorter ones
and hence it is preferable not to compare words of different lengths.
Finally, a controlled experiment was run for all 3-letter nouns in
Gen.1 and 2 - altogether 50 words. The neighborhoods to be considered
were 300 letters long (about 8 lines) and centered at the explicit
words. The total number of hidden words in the neighborhoods was 370
versus the expected 300, which was 4 standard deviations away from the
expectation. The results for non-equal intervals were about the aver-
age. Next the same experiment was performed for the Samaritan version.
Here the results for the equal and non-equal intervals were about the
same as the expectation. Four standard deviations correspond to the
probability of about 1/100000. This is indeed a very small number.
However some statisticians may say that the text under investigation
is too short. Besides, for 3-letter words the non equal interval test
is very limited. That is, for the word YDN we consider the sequences
Y(n)D(n+x)N with fixed x and all possible n. The number x should be
small so that the non-equal intervals would be a small perturbation of
the equal ones. For example, if x varies between -5 and 5 we have only
10 different results to compare. If the word is longer, e.g. 5-letter
word ABCDE, the perturbed sequences are A(n)B(n+x)C(n+y)D(n+z)E so
that with x,y,z, in the same range of -5 to 5 there is a sample of
1330 different results. Hence Rips suggested to check the clustering
for 5-letter words over the whole book of Genesis. This requires a
prohibitive amount of computations, so Rips restricted himself to all
4-letter nouns preceded by a definite article H which are encountered
in Genesis. The final list consisted of 86 words. Next Rips has de-
fined a probability function which measured the clustering for each
word. The definition is too technical to be presented here. Roughly
speaking, the function attains the values between 0 and 1, is uniform
for a random text and becomes small when a hidden word with a short
interval N appears close to the explicit one. Then for each word a
"race" was performed in which the equal intervals competed with the
non-equal perturbations. In the first "race" the numbers x,y,z were
between -2 and 2 thus providing 5x5x5=125 "runners". The probability
function was measured and the "runners" with the smallest value would
win. The results of the 86 "races" were as follows. In 3 instances the
equal intervals defeated the non-equal ones. The words were HMQNH (the
livestock), HXTMT (the seal) and HBHMH (the domestic animal). For
eleven more words the equal intervals where among the top 10% of the
"runners". These results are not impressive at all since the proba-
bility that 14 out of 86 instances would be in the upper 10% is about
1/20. Next, the three winners were "allowed" to compete with about
5000 "runners". Namely, the range of x,y and z in the non-equal inter-
vals was increased from [-2,2] to [-8,8] which produced 17x17x17=4,913
"competitors". (It was too expensive to make such a "race" for all the
words since it takes several hours of computer time to run a single
word). The words HMQNH and HXTMT were champions also in the big race.
Now the combined phenomena of 14 top 10% words and 2 top .02% ones has
a probability of 1 over 30,000. The same experiment was performed also
with the Samaritan text. Here only two words - HQD$H (the harlot) and
HMGDL (the tower) were in the top 10% and no word entered the upper
1%. Thus the Samaritan text behaves like a "normal" one.
Our sceptic might be unimpressed by the probability of 1/30,000.
Indeed, with Aaron's we already had 1/400,000. However this time the
test was both word and segment independent. Namely, instead of a
specific (though important) word Aaron we took a big "natural" sample
and instead of the first chapter - the whole book of Genesis. One also
should bear in mind that the clustering is only one aspect of the in-
finite information hidden in Torah in the way of equal intervals.
There is no clustering for "Torah" in fig.1 or for "Israel" in fig.2.
King David is not mentioned explicitly in fig.3 so we lose another
story and likewise for the "Temple" in fig.4 and "Bilhah" in fig.5.
One should really wonder that after all non-trivial patterns have been
neglected there is still something to observe.
In the next section we will demonstrate another general idea
which is common to many words and patterns.
The minimal intervals
When the computer searches for a certain word with equal inter-
vals in a wide range of numbers it will find the word many times. Some
of the intervals may be of special interest like the numbers 50,26
etc. But what shall we do with the other ones? In the course of
numerous experiments Rips observed that the short intervals tend to be
more significant than the long ones, i.e. they appear more often in
relevant places. We will present here one example of this phenomenon.
The text in fig.15 consists of Gen.2 (this is an enlargement of the
third page of fig.10). Verse 9 reads: "And from the ground Hashem G-d
caused to grow every tree that was pleasing to the sight and good for
food with the tree of life in the middle of the garden and the tree of
knowledge of good and bad". The names of the trees however are not
mentioned in the chapter. So Rips suggested that perhaps these names
are hidden in equal intervals. The book of Yehuda Feliks "The fauna
and flora in the Torah" lists the names of all the trees which are
mentioned in Torah. And all of these names - a total of 26, were
found in the above chapter! Before the reader jumps out of his seat,
let us explain that three- or four-letter words would normally appear
with some intervals in a segment as long as ours (about 1000 letters).
What is so exceptional here - is that most of the intervals (except
for YRMN and LBNH) are very short. There is no other segment in
Genesis of such length which contains so many trees with intervals
less than 20. Based on the density of the letters in the chap
ter one
could estimate the probability of the "orchard" phenomenon - the
number is about 1 in 100,000!
Conclusion
We started with the "Torah" of Rabbi Weismandel, went through the
examples of "Israel", "King David", "Temple-Torah", "Rachel with
Bilhah" ,to "Aaron", then to the clustering effect in general and to
the "orchard" and the minimal intervals phenomenon. There are many
more fascinating examples and stories which could not be included in
this limited review. A book with much of this material should soon be
published in Israel. We hope that our sceptic also concedes that the
equal interval phenomenon is not an imagination of a few "phony" peo-
ple or a deliberate trickery with a computer but a reflection of a
hidden design. We are far from understanding the rules of this design,
in particular - what stands behind the numerical values of all the
different intervals? In recent years there were some other coded sys-
tems discovered (or rediscovered) in the Torah. Let us mention the
multiples of seven, where the key words in each chapter appear either
7 or 14 or 21 etc. times. Another rule discovered by the late Rabbi
Suleiman Sasson states that for each word which is repeated in Torah
more than 80 times, its 80-th appearance is in a segment which talks
about a promise, covenant, marriage or purchase (i.e. different types
of contract). The distinction of the equal intervals is that they ap-
pear on the letter rather then the word level and that they contain
apparently limitless information.
But who made this design? Nachmanides writes in the introduction
to his commentaries on Torah that Moses saw the Torah as a letter
string of a black fire on the background of a white fire. This string
of letters was not divided into words. As G-d dictated the Torah to
Moses, he(Moses) wrote it accordingly in the form of words and
chapters. As Maimonides states in the introduction to Mishne Torah,
Moses wrote the Torah before his death - one copy for each tribe and
one to be kept in the Ark. It is believed that the modern Torah text
is the exact copy of the original (modules maybe few letters, as sug-
gested by the comparison of the Yemenite and Ashkenazi texts). This is
what Judaism claims.
What do the Bible critics have to say? According to them Torah is
a patchwork which consists of pieces written in different times by
different authors. These pieces allegedly were put together during or
after the Babylonian exile and then canonized. For example they say
that Gen.1 and Gen.2 were written by different authors because Gen.1
uses the name ALH'M=G-d while Gen. 2 the name Hashem G-d. Since there
are hidden words like BHBRAM in fig. 14 which connect Gen.1 and Gen.2
we should assume that they were built by the final editor. If one
counts all the trees in fig.15, the most outstanding clusters like
"Eden" and "the river" (fig.10 and 11) and few other systems with pro-
babilities less the 1/1000 - the number of letters employed by the
hidden words is about 30% of the total. Thus one has to believe that
this editor with some small modification (and without any apparent
reason) created all these codes? "It is possible", says our sceptic,
"that the ancients possessed some secret knowledge which we cannot
comprehend - take for example the great pyramids or the temples of
Inca". Whatever they knew, nobody would suggest that they could fore-
see the future (unless they had a time machine?). We started with an
example of Rabbi Weismandel and we shall finish with another example
of his. Everybody has heard the name Maimonides - the greatest Jewish
scholar and philosopher. In Hebrew his name is pronounced RMBM = RaM-
BaM, the four letters being initials of Rabeinu Moshe Ben Maimon (Rab-
bi Moshe son of Maimon). Maimonides was born in Spain 851 years ago
and later settled in Egypt where he became a court doctor of Tzalach
Ed-Din. There he wrote his most important work - the 14 books of
Mishne Torah where he classified and clarified all of the 613 Command-
ments - the 248 obligations and 365 prohibitions which are binding for
every Jew. Fig.16 shows the beginning of the Mishne Torah where
Maimonides explains what is the origin of the Commandments and how
they are divided among his 14 books. There is a remarkable parallel
between Moses and Maimonides. They have the same name - Moshe, Moses
died at the same day he was born (Adar 7-th) and so Maimonides died at
the same he was born (Nissan 14-th). They both lived in Egypt and per-
formed marvels before the rulers of Egypt (Maimonides as a court doc-
tor). Maimonides' Mishne Torah which is a full summary of Judaism
parallels the Moses Mishne Torah, or Deuteronomy which is a summary of
Torah (see again the beginning of the review for the explanation of
the "Torah" with interval 49 in Deuteronomy). Furthermore, there is a
popular saying "M' M$H LM$H LA KM KM$H" - "from one Moses till another
Moses there was nobody like Moses". Nachmanides (RaMBaN) who lived few
decades after Maimonides claimed that he had found the latter once
mentioned in the Torah. The verse Exod. 11:9 reads : "Now the Lord had
said to Moses, Pharaoh will not heed you, in order that my marvels may
be multiplied in the land of Egypt" (see fig. 17). In Hebrew the
underlined phrase is RB!T M!FT' BARC MCR''M. The initials of these
four words form the name RMBM = RaMBaM (which by itself consists of
the initials of the full name). "How beautiful", says our sceptic,
"but you probably will find such RMBM on each page". We did check -
this is the single RMBM in the entire Torah spelled by the initials of
the consecutive words! But this is only the beginning of the story.
Forty years ago Rabbi Weismandel came across this passage. And then he
asked himself - could it be that there is something else about Rambam
hidden in a way of equal intervals? So he took the name of Rambam's
greatest book Mishne Torah (spelled in Hebrew as M$NH T!RH) and start-
ed to search for it. Since he already had discovered the "Torah" sys-
tem with intervals of 50 (corresponding to the 50 gates of wisdom) he
was looking again for intervals of 50. And indeed, starting with M of
M$H(Moses) in the above mentioned verse he found the word M$NH with
the interval 50. The second part T!RH appeared much lower again with
interval 50. The large gap between M$NH and T!RH apparently puzzled
him. He counted the number of letters between the M of M$NH and T of
T!RH - and it was 613 as the number of the Commandments. If one still
wishes to know the probabilities - the likelihood of such M$NH T!RH
starting with a given M is 1 in 186,000,000. You could of course try
some other M, say 10 possibilities for M in a close neighborhood of
the RMBM. And you could play with 613 counting them between the H of
M$NH and T of T!RH or M of M$NH and H of T!RH and also include or ex-
clude the first and the last letters in the counting, which gives you
6 possibilities. So with all this playing around you can increase the
likelihood to 1 in 3 million. Now, what is the bottom line? Either
the one who wrote the Torah knew 2,500 years in advance about
Maimonides and Mishne Torah or the whole story is another coincidence
with a probability of 1/3,000,000. Unfortunately, when it comes to
very small or large numbers people often lose common sense. Let us
suggest a following mental experiment. One is offered the chance to
play Russian Roulette in which he loads the cylinder of a pistol with
one bullet out of 6 chambers, rotates the cylinder and shoots at his
head. There is no other partner and one should repeat the game 81
times. If the person dies - he dies. If he stays alive (and the
chances are 1 in 3,000,000) he will have an exciting experience.
Would our sceptic take the offer?
Three thousand three hundred years ago there was another sceptic
- Pharaoh was his name. Our story in Ex. 11-12 is told after Pharaoh
had experienced nine plagues. He was still not convinced because, as
Torah says, "The Lord had stiffened the heart of Pharaoh". Should one
wait for the tenth plague?
-----
Here are some explanations for the attached material. Since
we don't have Hebrew letter printer the Hebrew letters in the ar-
ticle have been represented by similarly sounding English letters
or similarly looking characters. The correspondence is as follows
English letters/characters Hebrew letters
A Alef
B Beit
G Gimmel
D Dalet
H Hey
! Waw
Z Zain
X Chet
+ Tet
' Yud
K Kaf
L Lamed
M Mem
N Nun
S Samech
Y Ain
P Pey
C Tzadi
Q Kuf
R Reish
$ Shin
T Tav
Please treat with respect the sheets with the text of Torah. If
you wish to dispose them, they should be buried by Chevre Kaddi-
sha. If you don't know how to do it, bring it to some synagogue.
The article is expected to be published in the Journal "Be-or Ha-
Torah", in English.
The research of the codes in Torah and the publication of
the material requires substantial financial support. We believe
that the discovery of the codes will have a strong impact on so-
ciety and will illuminate the eyes of those who are not indif-
ferent to the truth. If you wish to support the research, please
send your contribution to the foundation "Forum for Cultural and
Educational Exchange", 1100 S. Carmelina Ave. Los Angeles, CA
90049. The number of the foundation for tax deduction purposes is
23 7134525.
