 This article may contain special characters or charts. To view it correctly, you can select the PDF version of this document by clicking here. (You can also download the PDF version of this document by right-clicking on this link and selecting "save link as...").
If you do not have Adobe Acrobat Reader and cannot view PDF files, please go here and follow the instruction to install this free software.
Torah and the Periodic Table
Kabbalah and Chemistry
1. Theoretical Background
One of the most well known
and ubiquitous symbols of modern science in general and chemistry in
particular is the Periodic Table of the Elements. The modern
periodic table has been almost 300 years in the making. Early efforts
to group elements produced the tables of Geoffroy (1718) and Lavoisier
(1787). The atomic theory formulated by Dalton in the early 1800s provided
chemists with a solid basis to classify elements, and the theory stimulated
vigorous experimentation that culminated in the development of the modern
form of the periodic table in 1869 (See figure 1).
1
H |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
2
He |
3
Li |
4
Be |
|
|
|
|
|
|
|
|
|
|
5
B |
6
C |
7
N |
8
O |
9
F |
10
Ne |
11
Na |
12
Mg |
|
|
|
|
|
|
|
|
|
|
13
Al |
14
Si |
15
P |
16
S |
17
Cl |
18
Ar |
19
K |
20
Ca |
21
Sc |
22
Ti |
23
V |
24
Cr |
25
Mn |
26
Fe |
27
Co |
28
Ni |
29
Cu |
30
Zn |
31
Ga |
32
Ge |
33
As |
34
Se |
35
Gr |
36
Kr |
37
Rb |
38
Sr |
39
Y |
40
Zr |
41
Nb |
42
Mo |
43
Tc |
44
Ru |
45
Rh |
46
Pd |
47
Ag |
48
Cd |
49
In |
50
Sn |
51
Sb |
52
Te |
53
I |
54
Xe |
55
Cs |
56
Ba |
57
La |
72
Hf |
73
Ta |
74
W |
75
Re |
76
Os |
77
Ir |
78
Pt |
79
Au |
80
Hg |
81
Tl |
82
Pb |
83
Bi |
84
Po |
85
At |
86
Rn |
87
Fr |
88
Ra |
89
Ac |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
58
Ce |
59
Pr |
60
Nd |
61
Pm |
62
Sm |
63
Eu |
64
Gd |
65
Tb |
66
Dy |
67
Ho |
68
Er |
69
Tm |
70
Yb |
71
Lu |
|
|
|
|
90
Th |
91
Pa |
92
U |
93
Np |
94
Pu |
95
Am |
96
Cm |
97
Bk |
98
Cf |
99
Es |
100
Fm |
101
Md |
102
No |
103
Lr |
|
Figure 1
From the early rudimentary groupings of chemical compounds to
our modern classification that recognizes the periodicity of atomic elements together,
chemical tables are usually based on an implicit theory of the composition
of matter . These theories
have shared a common axiom: that all of the matter in the Universe is
composed of a finite variety of basic building blocks. These building
blocks have been known from the ancient Greeks to the present as atoms.
In our modern table of the chemical elements, the different atoms are
identified and ordered by their atomic number. Atoms are defined as the
smallest unit of an element that can combine with another element. Atoms
are theorized as composing of a nucleus, made of protons and neutrons,
and electrons that move around the nucleus. The atomic number identifies
the number of protons in an element’s nucleus. Atoms can lose or gain
electrons, and the ease with which they do so is a measure of their reactivity.
In our modern periodic table of elements, elements are arranged in columns
and rows. As its name implies, the modern table is periodic in
nature, meaning that elements are placed in it based on their shared
and recurring (periodic) characteristics. Periodicity of element properties
is found to be strongest down columns of the table. Primary among these
periods is that of the 6 noble (or inert) gases which populate the far
right column of the table. The property shared by the inert gases is
a lack of reactivity ensuing from their inability to gain or lose electrons.
Another example: the first element in the table, Hydrogen (H) is a gas,
the second, Helium (He), is a noble gas, and the third, Lithium (Li),
is a soft, reactive metal. Going down the table, we find eight elements
later Fluoride (F), Neon (Ne) and Sodium (Na), a gas, a noble gas, and
a soft, reactive metal, and eight elements later, Chloride (Cl), Argon
(Ar) and Potassium (K)—again: a gas, a noble gas, and a soft, reactive
metal.
The remarkable predictability of element properties revealed by the periodic
table allowed chemists to ‘describe’ as yet unidentified elements based
on their supposed location in the table. Such was the case when in 1871
Dimitry Mendeleev, the Russian chemist who originally formulated the periodic
law, correctly described the properties of the element between Silicon
(14) and Tin (50) which he called ekasilicon. The element in question was
not identified until 1886 by a German chemist who dubbed it Germanium.
2. The Kabbalistic counterparts to the Periodic Table
It is our goal in this article to present an exact and full analogy
to the modern periodic table within Torah. The motivation for this goal
is explained in preceding chapters. To do so in a methodological manner,
we must first ascertain that the Torah does indeed include examples of
the two central concepts underlying the content and form of the Periodic
Table: (1) atoms and (2) periodicity.
The notion of the entirety of creation being constructed out of a finite
variety of basic building blocks is central to the earliest
Kabbalistic source known (and incidentally the first book of Hebrew grammar)—the Book
of Formation (Sefer Yetzirah). From there this notion assumes a
central role throughout the entire Kabbalistic and esoteric tradition
within Torah.
Specifically, the Book of Formation turns to Genesis and, following
a (spiritually) linguistic perspective, identifies 32 non-corporeal elements
or atoms. They are the 10 sefirot [which correspond to the 10 utterances (ma’amarim, מאמרים )
spoken by God when He created the world ]
and the 22 letters of the Hebrew alphabet [out of which the utterances are
constructed]. Together, these 32 atoms form the basis for language
and speech, the conduits of the creative act itself.
However, though the Book of Formation provides us with the notion
of basic building blocks of the Universe, the atoms it identifies are
ill suited for our purposes of correspondence. First, because they are
of two separate categories: one (utterances) clearly hierarchically above
the other (letters). Second, because we are searching for a one-to-one
correspondence between the atoms of the periodic table and some corresponding
unit in Torah.
However, one piece of valuable insight to be gained from the Book
of Formation is the idea that should the Torah’s equivalent of elements
or atoms be found, it would be in the first chapter of Genesis, where
the act of creation is described. What better place to search for the Torah
atoms from which Creation is constructed?
* * *
To explain the correspondence we have found, let us first mention
that of the more than 100 elements, only 92 are naturally occurring.
Atoms of elements with atomic number higher than 92 can be artificially
synthesized, however, they are generally not stable and
undergo nuclear rearrangement resulting in radioactive decay shortly
after being synthesized.
And now to our correspondence: one of the most important contributions
to Jewish scholarship in the recent past has been the work of Rabbi Zalman
Pinchas Horowitz . Rabbi
Horowitz was (to the best of our knowledge) the first to correctly count
the number of times the Tetragrammaton (YHVH) appears in the Pentateuch:
1820 times. Even more surprising and innovative was Rabbi Horowitz’s
cataloging of all the distinct words in
the Pentateuch, which he also found to be exactly 1820 in number.
This equality still warrants much research, but here we will note a fact
related to our own particular interest: of the total 1820 unique words
in the Pentateuch, the section describing creation (Genesis 1:1 to 2:3,
inclusive) contains exactly 92 distinct words. Indeed, as mentioned
already, this section of the Torah literally describes the creation of
matter in the universe—it is only fitting that it is here that we find
our sought after parallel for the 92 natural elements identified by modern
science.
Before proceeding let us copy the familiar periodic table of elements
with the 92 distinct words of Genesis placed in order:
1
H
בראשית |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
2
He
ברא |
3
Li
אלהים |
4
Be
את |
|
|
|
|
|
|
|
|
|
|
5
B
השמים |
6
C
הארץ |
7
N
היתה |
8
O
תהו |
9
F
ובהו |
10
Ne
וחשך |
11
Na
על |
12
Mg
פני |
|
|
|
|
|
|
|
|
|
|
13
Al
תהום |
14
Si
ורוח |
15
P
מרחפת |
16
S
המים |
17
Cl
ויאמר |
18
Ar
אור |
19
K
וירא |
20
Ca
כי |
21
Sc
טוב |
22
Ti
ויבדל |
23
V
בין |
24
Cr
ויקרא |
25
Mn
יום |
26
Fe
לילה |
27
Co
ערב |
28
Ni
בקר |
29
Cu
אחד |
30
Zn
רקיע |
31
Ga
בתוך |
32
Ge
ויעש |
33
As
אשר |
34
Se
מתחת |
35
Gr
כן |
36
Kr
שני |
37
Rb
יקוו |
38
Sr
אל |
39
Y
מקום |
40
Zr
היבשה |
41
Nb
ימים |
42
Mo
תדשא |
43
Tc
עשב |
44
Ru
מזריע |
45
Rh
עץ |
46
Pd
פרי |
47
Ag
למינו |
48
Cd
בו |
49
In
ותוצא |
50
Sn
שלישי |
51
Sb
לאותות |
52
Te
ולמועדים |
53
I
ושנים |
54
Xe
הגדולים |
55
Cs
לממשלת |
56
Ba
הקטן |
57
La
הכוכבים |
72
Hf
בהמה |
73
Ta
האדמה |
74
W
בצלמנו |
75
Re
כדמותנו |
76
Os
וירדו |
77
Ir
בדגת |
78
Pt
זכר |
79
Au
ונקבה |
80
Hg
להם |
81
Tl
וכבשה |
82
Pb
הנה |
83
Bi
לאכלה |
84
Po
ירק |
85
At
מאד |
86
Rn
הששי |
87
Fr
ויכלו |
88
Ra
צבאם |
89
Ac
השביעי |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
58
Ce
ויתן |
59
Pr
רביעי |
60
Nd
ישרצו |
61
Pm
נפש |
62
Sm
חיה |
63
Eu
ועוף |
64
Gd
התנינים |
65
Tb
כל |
66
Dy
הרמשת |
67
Ho
כנף |
68
Er
ויברך |
69
Tm
ורבו |
70
Yb
ומלאו |
71
Lu
חמישי |
|
|
|
|
90
Th
מלאכתו |
91
Pa
וישבת |
92
U
ויקדש |
93
Np |
94
Pu |
95
Am |
96
Cm |
97
Bk |
98
Cf |
99
Es |
100
Fm |
101
Md |
102
No |
103
Lr |
|
Following our methodology, we should now seek periodicity, the second
organizing principle identified above. To do so, we will first examine
and understand in-depth the periodic nature of the structure and form
of the table of elements and the model used to explain this periodicity.
We will then explore parallel spiritual models found in Kabbalah and
Chassidut. In a forthcoming article we will use our findings to examine
the periodicity inherent in our parallel Torah table of elements pictured
above.
3. On the relationship between spiritual and mundane in the Torah
Before starting our analysis, let’s take a few steps back to say a few
words about the rationale for looking to the Torah for models that can
describe (directly or indirectly) natural phenomena.
The physical world and its attributes are often spoken of as a reflection
or manifestation of the spiritual realm, and as such, by studying the
physical we may come to know more about the spiritual worlds, and ultimately
our Creator .
It is explained in Jewish tradition that there are two ways to describe
the relationship between the Torah and physical reality:
The first, more commonly held view, is that the Torah speaks of mundane
matters (e.g. laws of commerce, liability, etc.) but as it were, these
mundane matters are also to be found reflected in the higher (or inner)
spiritual dimensions of the universe. So we might say that the Torah
can be interpreted as saying something about the spiritual worlds as
well as the mundane. This interpretation can be as simple as talking
about the spirit of the law (as opposed to the letter or the law). Or,
it can form the basis of a complex and intricate (anthropomorphic) analysis
of the Divine, based on the Torah.
The second approach, advocated by assidism, holds that the Torah’s actual
subject matter are the higher (or inner) spiritual dimensions of the
universe, and it is actually they that are also reflected, or mimicked,
in the lower mundane material dimensions .
Thus we may say that the literal meaning of the Torah is spiritual, while
a non-literal, or allegorical interpretation of this meaning teaches
about the mundane physical world.
The second approach may seem troubling because the Torah does not seem
to employ ‘spiritual’ language (note the lack of mention of angels or
any other ‘heavenly’ artifacts). In fact, the opposite is more the case—the
stories related and the commandments of G-d found in it all seem to speak
directly about physical reality as it was a few thousand years ago. The
response to this point comes in the shape of the Talmudic dictum that
“Torah speaks in the language of men” .
In other words, though the subject matter of the Torah is indeed spiritual,
its language is mundane—“the language of men”—such that it employs language
that refer to objects and states of affair familiar to humans.
Armed with these two basic notions regarding the subject matter and language
of Torah, we argue that by studying the physical world using scientific
methods (which should hopefully give us a clear picture of physical phenomena)
we expect to find parallels between the Torah’s ‘physical’ terminology
and the findings of experimental science regarding those phenomena. Relating
our knowledge about such physical phenomena to the Torah’s vocabulary
(or other non-linguistic forms of communication, as will be explained)
will, in turn, lead us to a better understanding of the ‘spiritual’ issues,
which are the Torah’s ‘actual’ subject matter. Thus we come to learn
more about the spiritual realm using scientific knowledge.
The Torah contains varied types of communicable information, alluded
to by the famous acronym: PaRDeS. PaRDeS stands for the four types of
textual analysis traditionally used to explore the Torah in order to
recover its informative content. These are: pshat (literal analysis),
remez (symbolic, or numerical analysis), drash (hermeneutic analysis)
and sod (associative, or model-based analysis). In order to quickly orient
the reader we will note that drash (hermeneutic analysis) was utilized
in the study and development of Halachah (Jewish Law). Sod (associative,
model-based) analysis was most fully developed in Lurianic Kabbalah.
Our present study will make use of all four types of textual analysis.
At times, we refer to the knowledge arrived at using remez and sod analysis
as the ‘inner (or esoteric) wisdom of the Torah.’
4. Nature and the Divine
One of the most basic findings in the Torah using remez analysis (numerical,
in this case) is that the numerical value of the hebrew word for nature
(הטבע ,
hateva) = 86 – is equal to the numerical value of the name of G-d associated
with the creation of the natural world: Elokim (א־להים )
= 86. This numerical equivalency is usually understood to indicate that
there is an aspect of Divinity that is enclothed within the natural world.
As we shall see, this basic equivalency will form the backdrop for much
of our present discussion.
5. 92 naturally occurring elements
The first possibility would be to map each element to its corresponding
Hebrew root, simply based on order of appearance (see Table 1 in Appendix
A).
Further reflection though reveals an alternative. The 92 distinct roots
of the story of creation are divided such that the first 86 appear in
the verses relating the first six days of creation (Genesis 1:1 through
1:31), while the last 6 are found in the verses relating the Sabbath
(ibid 2:1 through 2:3). This motivates us to correspond the 6 noble gases
with the 6 distinct roots found in the Sabbath section in Genesis, while
the remaining 86 elements will be corresponded in order to the distinct
roots found in the 6 Days section of Genesis.
We mention this second possible mapping here because of our interest
in the inert gases, as follows.
6. Inert and non-Inert Elements
Scientifically speaking, there are many ways in which the chemical elements
can be arranged to accent different attributes of their periodicity.
Briefly, when looking at a periodic table, the elements are normally
presented with their name, atomic number, and often their valence electron
configuration. The commonly found table of elements highlights various
types of periodicity, one of the most central ones being that of the
noble or inert gases.
One of the most important and outstanding features of the 92 naturally
occurring elements is that they may be divided into two groups, based
upon their ability to form compounds: there are 6 which do not form compounds,
also known as inert (or noble) gases, while the other 86 do form compounds
with other elements.
On the periodic table in Figure 1, the inert gases form the
far right hand column. Graphically, our modern version of the table of
elements is structured such that the periodicity of the inert gases is
highlighted, though, as we shall see below, the table could be (and historically
was) arranged entirely around this periodicity.
This basic division into 6 and 86 observed in the naturally occurring
elements is to be found (again, using a non-literal analysis of the Torah
text) in the very first verse of the Torah:בראשית ברא
אלקים את השמים ואת הארץ (usually
translated as “In the beginning G-d created the heavens and the earth”).
The first chapter of the Torah recounts the act of creation of the natural
world. It is important to note that G-d here is referred to as Elokim
alone (and not by His other names), thus leading to the association of
this name with ‘nature’.
The 6 letters of the first word, Bereishit (בראשית )
can be split into 2 separate words, each with 3 letters and read as ‘barah
sheet’ (ברא שית ),
meaning “created six” (in Aramaic, the lingua franca of the
ancient near-east).
The next two words in the verse are ‘barah Elokim’. As noted
above, the numerical value of Elokim, one of the names of G-d is 86.
We have then that the first 3 words can be understood to say: ‘six were
created’ (“barah sheet”) and ‘86 were created’ (“barah Elokim”). The
sum of these two acts of creation is 86 ^ 6 = 92, the number of the naturally
occurring elements.
As mentioned above, 86, the value of Elokim, is also the numerical value
of the word hateva in Hebrew, or ‘nature’. Thus “barah Elokim” can be
read as “created nature” as well.
There is yet another appearance of the name Elokim regarding the 6 inert
gases:
The atomic numbers of the inert gases are 2, 10, 18, 36, 54, 86. The
heaviest inert gas, radon (Rn), has an atomic number of 86 = Elokim.
7. Spiritual ‘Wholeness’
We now turn to reflect on the spiritual parallel to the presence of
both inert and non-inert elements in the natural world.
The spiritual (or psychological) counterpart of physical inertness in
the elements can be found in the Torah’s description of Jacob and Lavan’s
(Jacob’s father-in-law) working relationship. Regarding the wages that
Jacob received for tending Lavan’s flocks the Torah writes (Genesis 30:42):
והיֻה העטֻפים ללבן והקשֻרים ליעקב
This is usually translated literally as:
the weaker (atufim) [flocks] were to Lavan and the stronger (k’shurim)
[flocks] were to Jacob.
The literal meaning is that the sheep were characterised as stronger
or weaker; the weaker remained the property of Lavan, the stronger were
given to Jacob as wages.
However, Rashi, the basic (literal) Medieval commentary on the
Torah interprets the meaning of atufim differently. This
Hebrew word can be analyzed to stem from the root atf(עטף )
that yields the infinitive la’atof, to wrap. It would then mean “those
that are wrapped”.
Likewise, K’shurim the word used to describe the type of flocks given
to Jacob, can be analyzed to stem from the root k.sh.r. (קשר )
and the infinitive likshor, to bind. Its meaning would then be “those
that are bound”
If these characteristics of the sheep are seen as metaphors for two different
types of personalities, then an atuf describes one who is wrapped in
wool, keeping warm all to himself, while a kashur symbolizes one who
is incomplete without forming bonds with others outside of himself. A
‘wrapped’ (atuf) individual is not in need of a mate and finds sufficient
warmth alone. Such an individual needs not receive from nor give to another.
On the other hand, a person with a ‘tied’ (kashur) personality seeks
completion in relationships with others, at times giving at times receiving.
For the sake of rigor we note that spiritually speaking, these two types
of personalities are usually associated with negative and positive qualities,
respectively. An atuf attitude (especially in the present case where
these flocks are indicated as being the property of Lavan) is considered
analogous to that found in Biblical Sodom :
“That which belongs to me is mine, that which belongs to you is yours.” While
a kashur attitude is normally associated with holiness (though at times
it can drift to an extreme form of wantonness which is of course negative).
However, in assidic writings it is explained that a truly whole individual
is one who has both qualities. To better understand why how this is so
we may take the kaballistic principle stated by Rabbi Abraham Abulafia
(1240 – c.1291), the 13th century philosopher and mystic: “being whole is
being one and a half”. Or in the famous words of Rebbe Nachman
of Bretzlov: “nothing is more whole than a broken heart”.
We coin the term whole and half (שלם וחצי ,
shalem va’chetzi) to designate this special quality of wholeness.
A truly whole (and holy) person is does not feel self sufficient,
thereby not requiring others, but rather one who is, existentially speaking,
both complete and incomplete at the same time. By virtue of their half-ness,
they need to connect or bond with others. By virtue of their whole-ness
they are able to offer support and help to others. Real wholeness (and
holiness) comes by virtue of an existential feeling of incompleteness
– of insufficiency and inadequacy to single-handedly prevail, empowered
and strengthened by a sense of whole-ness which saves one from
a sense of an inability to rise to the task at hand.
Scientifically speaking, we can immediately note the analogy between
these two basic definitions of atuf and kashur and the distinction between
inert and non-inert elements. Bond formation is possible only when an
electron orbital is half or incomplete. But when an orbital
is whole or filled, the element in question is not in need of
accepting or receiving electrons and thus does not form bonds. Yet, both
exist in nature. Nature reflects these two basic qualities.
The inert gases are also called the Noble gases. The mark of nobility
is the air of whole-ness surrounding it. The ‘nobility’ of the
elements do not react with any other elements. It is only the 86, Elokim,
elements that can do so. Nonetheless, the six noble gases form a sort
of axis around which the other 86 elements revolve.
8. Whole-ness of the Patriarchs
The attribute of bonding is found to be associated with the name Elokim
in another manner: Elokim is the name of G-d related most closely with
the Patriarch Isaac as both manifest the quality of judgment (or din
– דין ).
When departing from Lavan, his father-in-law, Jacob says:
לולי אלקי אבי אברהם ופחד יצחק היה לי, כי עתה ריקם שלחתני…
If the G-d of my father, the G-d of Abraham, the fear of Isaac, was not
with me, then you would have sent me away empty-handed…
Jacob refers to the way in which Isaac (his father) knew G-d as ‘the
fear of Isaac’ (pachad Yitzchak, פחד
יצחק ). The numerical
value of pachad, or fear, is 92, which is again Elokim (86)
plus six – the total number of naturally occurring elements.
Yet, Isaac was not always whole in the sense of being both whole and half at
the same time. The sages tell us that Isaac was actually 37 years old
at the time that Abraham (his father) was commanded to sacrifice him
to G-d (see Genesis 22), known as the ‘test of the Akeida’ – the test
of the binding of Isaac. The Zohar, the
basic book of the inner teachings of the Torah, relates that Isaac was
entirely whole, exclusively of ‘noble’, or inert, character and was therefore
not suited for marriage, not suited to bond with another. It was the
Akeida – literally, ‘the binding’ – which brought him to complete his
character with the quality of half-ness. It was only then that
he became suited for marriage, to bond with a wife. Thus pachad
Yitzchak (= 92) can be understood as the attribute of Elokim
(86) plus another 6, the addition of something to Yitzchak’s own wholeness.
By the same token the Zohar explains that Abraham was not truly whole either,
as he did not have the quality of Might or Judgment.
It was the act of the Akeida – the binding of Jacob – done out of fear
and awe of God (as the angel spoke to him following the binding: “for
now I know that you are indeed fearful of God” (Genesis 22:12) which
complemented his essence with this quality.
9. Inert Periodicity Historically
Now that we have spent some time studying the periodicity of the inert
elements, let us delve a bit into its history. Using the periodicity of
the inert elements as the basis for the table of chemical elements was
first proposed in 1895 by J. Thomsen and
was itself based on an earlier model by T. Bayley (1882). A table similar
to Thomsen’s appears in Figure 2. Note that the principal disadvantages
of this table was the large space required by the period of 32 elements
and the difficulty of tracing a sequence of closely similar elements (for
purposes of illustration the inert elements have been marked in blue, and
the non-metals, marked in green, in the contemporary table form a triangular
shape, but here do not align similarly).
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
1
H |
2
He |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
3
Li |
4
Be |
5
B |
6
C |
7
N |
8
O |
9
F |
10
Ne |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
11
Na |
12
Mg |
13
Al |
14
Si |
15
P |
16
S |
17
Cl |
18
Ar |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
19
K |
20
Ca |
21
Sc |
22
Ti |
23
V |
24
Cr |
25
Mn |
26
Fe |
27
Co |
28
Ni |
29
Cu |
30
Zn |
31
Ga |
32
Ge |
33
As |
34
Se |
35
Gr |
36
Kr |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
37
Rb |
38
Sr |
39
Y |
40
Zr |
41
Nb |
42
Mo |
43
Tc |
44
Ru |
45
Rh |
46
Pd |
47
Ag |
48
Cd |
49
In |
50
Sn |
51
Sb |
52
Te |
53
I |
54
Xe |
|
|
|
|
|
|
|
55
Cs |
56
Ba |
57
La |
58
Ce |
59
Pr |
60
Nd |
61
Pm |
62
Sm |
63
Eu |
64
Gd |
65
Tb |
66
Dy |
67
Ho |
68
Er |
69
Tm |
70
Yb |
71
Lu |
72
Hf |
73
Ta |
74
W |
75
Re |
76
Os |
77
Ir |
78
Pt |
79
Au |
80
Hg |
81
Tl |
82
Pb |
83
Bi |
84
Po |
85
At |
86
Rn |
87
Fr |
88
Ra |
89
Ac |
90
Th |
91
Pa |
92
U |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
Table 1
10. Orbital Filling of the 6 Inert Gases
It was only in 1922 that Niels Bohr proposed the quantum-theoretical
model that forms the basis for our current understanding of the subatomic
construct of the elements, and explains the observed periodicity of the
inert gases. According to Bohr’s model, the structure of each atom could
be singularly described using 4 quantum numbers to identify the ‘orbitals’
in which electrons organize around the atom’s nucleus. The orbitals (sometimes
called sub-shells) are grouped into shells, the shells being designated
by the letters: K, L, M, N,…, or simply 1, 2, 3, 4,….
Every orbital is classified by two quantum numbers: the primary quantum
number and the angular momentum quantum number. The angular
momentum quantum number is replaced by the letters s, p, or d. Two other
quantum numbers – the magnetic quantum number and the spin quantum
number – determine the number of electrons that can ‘fit’ in an orbital.
Looking at the periodic table using Bohr’s model, we find that the naturally
occurring elements can be described exhaustively using 7 shells and 4
orbitals, namely (designating the shells by their number, not letter):
1s, 2s, 2p, 3s, 3p, 3d, 4s, 4p, 4d, 4f, 5s, 5p, 5d, 5f, 6s, 6p, 7s. The
number of electrons that can fit in each orbital is: 2 in s orbitals,
6 in p orbitals, 10 in d orbitals, 14 in f orbitals
To truly understand the theoretical basis for Bohr’s model is beyond
our scope. However, we would like to take a closer look at the mathematical
regularities that this model produces. So let us order the elements in
a table that will show us how their electrons ‘fill’ the various shells
and orbitals:
Shells |
1 |
1 |
2 |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
(2) |
H |
He |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
2 |
3 |
4 |
5 |
6 |
7 |
8 |
9 |
10 |
|
|
|
|
|
|
|
|
|
(8) |
Li |
Be |
B |
C |
N |
O |
F |
Ne |
|
|
|
|
|
|
|
|
|
3 |
11 |
12 |
13 |
14 |
15 |
16 |
17 |
18 |
21 |
|
30 |
|
|
|
|
|
|
(18) |
Na |
Mg |
Al |
Si |
P |
S |
Cl |
Ar |
Sc |
— |
Zn |
|
|
|
|
|
|
4 |
19 |
20 |
31 |
32 |
33 |
34 |
35 |
36 |
39 |
|
48 |
57 |
|
70 |
|
|
|
(32) |
K |
Ca |
Ga |
Ge |
As |
Se |
Br |
Kr |
Y |
— |
Cd |
La |
— |
Yb |
|
|
|
5 |
37 |
38 |
49 |
50 |
51 |
52 |
53 |
54 |
71 |
|
80 |
89 |
|
92 |
|
|
|
(50) |
Rb |
Sr |
In |
Sn |
Sb |
Te |
I |
Xe |
Lu |
— |
Hg |
Ac |
— |
U |
|
|
6 |
55 |
56 |
81 |
82 |
83 |
84 |
85 |
86 |
|
|
|
|
|
(72) |
Cs |
Ba |
Tl |
Pb |
Bi |
Po |
At |
Rn |
|
7 |
87 |
88 |
|
|
|
|
|
|
(98) |
Fr |
Ra |
Orbitals |
s(2) |
p(6) |
d(10) |
f(14) |
g(18) |
h(22) |
i(26) |
Table 2
The rows designate the Shells, while the columns the orbitals in each
shell. Thus for instance, the first shell (K) can accommodate up to
2 electrons and therefore has room for 2 elements. The second shell
(L) can accommodate 8 electrons and therefore has room for 8 elements,
and so on. In the K shell, all the electrons are available in the s
orbital only. In the L shell, electrons ‘spots’ are available in both
the s and p orbitals.
Note that shells are not filled entirely before the next shell is started,
due to the fact that electrons in elements always seek the lowest possible
energy state they can reach. This is clear if we follow the elements
in this table. Up to Argon (Ar), the first shell (K) and second shell
(L) are filled completely. Then the s orbital of the third shell (M)
is filled, followed by a complete filling of its p orbital. Argon then
is the 18th element in the table with electrons completely filling the
3p [3rd shell (M), p orbital] orbital. But the next element, Potassium
(K) does not continue to fill the 3rd shell’s d orbital, but rather skips
to the 4th shell’s (N) s orbital, because electrons in that orbital actually
have a lower energy level then electrons in the 4d orbital. This is due
to the interactions between the electrons themselves, an effect known
as ‘shielding’. So Potassium’s ‘extra’ electrons do not locate in the
3d orbital but rather in the lower-energy orbital 4s. The rest of the
table follows this general trend, with electrons always vying for the
lowest energy level orbitals.
There are two interesting facts about this table that should be noted
are:
- that the number of ‘spots’ in each orbital is equal
to the differences between the total number of elements that can
populate each shell.
- all the orbitals that are used are ‘filled’ or ‘populated’
to capacity by elements except for the 5th shell’s f orbital. Though
5f has room for 14 electrons, only 4 ‘spots’ are used by the heaviest
naturally occurring elements from Actinium (89) to Uranium (92).
The first fact is the reason that we have drawn the table as 7 x 7 even
though the entire g, h and i orbitals have been left blank. Let us explicitly
write the first fact out: The total numbers of electrons in the shells
are (We designate these as set A):
A = {2, 8, 18, 32, 50, 72, 98}
The numbers of electrons in each orbital are (we will designate these
as set B):
B = {2, 6, 10, 14, 18, 22, 26}
Now note that the numbers in set B are the differences between the numbers
in set A. This can be clearly illustrated by writing the two sets, A
and B, one beneath the other, as follows:
total electrons in
shells |
2 |
|
8 |
|
18 |
|
32 |
|
50 |
|
72 |
|
98 |
electrons in orbitals |
|
6 |
|
10 |
|
14 |
|
18 |
|
22 |
|
26 |
|
This is truly one of the most astonishing mathematical properties of
the periodic table.
But, arranging the elements in the above table also reveals an interesting
property of the inert gases and that is that an inert gas is formed each
time the p orbital fills. The p orbital of each and every shell has room
for 6 electrons. That is to say that each time 6 electrons fill the p
orbital, an inert gas if created (excluding Helium, which does not use
the p orbital).
Recollect that above we noted that in the story of creation, the first
word of the Torah, Bereishit, which can be understood to mean ‘created
6’, should be seen as corresponding to the formation of the 6 inert gases!
In fact, the excluded inert gas Helium, is hinted to in the word Bereishit
as the letter bet, the first letter of the word is written in the Torah
scroll as a large bet (בית רבתי ,
bet rabati) and the numerical value of the letter bet is 2.
11. Mathematical Patterns in Inert Elements
Let us now look at the numbers of the inert gases from another perspective.
If we take the atomic numbers of the inert elements and note the differences
between them we can construct the following table:
element |
atomic number |
difference in atomic number |
n, where difference = 2n2 |
He (Helium) |
2 |
2 |
1 |
Ne (Neon) |
10 |
8 |
2 |
Ar (Argon) |
18 |
8 |
2 |
Kr (Krypton) |
36 |
18 |
3 |
Xe (Xenon) |
54 |
18 |
3 |
Rn (Radon) |
86 |
32 |
4 |
Table 3
The rightmost column shows that the differences between the elements
are all values, in order, of the mathematical series f[n] = 2n2 (n starting
at 0).
These numbers are known in the inner teachings of the Torah as the double
squares (רבועים כפולים ,
ribu’im k’fulim). Their significance is related to the 32 paths of
Wisdom (ל"ב נתיבות חכמה ,
lamed beit netivot chochmah). The Book of Formation,
mentioned above, begins:
ב-לב נתיבות פליאות חכמה חקק י-ה הוי' צבאות וברא את עולמו בשלשה
ספרים בסופר וספר וסיפור
Using 32 wondrous paths of wisdom Kah Havayah [God] Lord of Hosts engraved…
and created His world, using three books: author and book and story.
It is known that the textual source in the Torah for these 32 paths
of Wisdom is to be found in the 32 times that the name Elokim is
used in the verses describing the six days of Creation. This,
again, is the Name which we have recognized as central in our discussion
of the periodic table. We note that no other Name of the Almighty appears
in the creation story, and
it appears exactly 32 times.
32 is thus the number associated
with Wisdom (chochmah). In the inner teachings of the torah we find
the number 50 associated with Understanding: 50 Gates of Understanding (חמשים
שערי בינה , chamishim
sha’arei binah). There is also another, less well known concept of 72 Bridges (ע"ב
גשרים , ayin beit gesharim).
Actually, all three of these concepts are closely related and are part
of one larger picture. This basic conceptual scheme identifies the type
of energy related to each sefirah and the type of conduit through which
it flows:
Thus the energy of Wisdom is identified as ‘mind’ that flows
through a path (נתיב ,
nativ); the energy of Understanding is identified as ‘intelligence’
that flows through a gate (שער ,
sha’ar); finally the energy of Knowledge is termed ‘psyche’
and flows through a bridge (גשר ,
gesher). This model is summarized in Table 2.
sefirah |
energy type |
conduit type |
number of conduits |
Wisdom |
mind |
Path |
32 |
Understanding |
intelligence |
Gate |
50 |
Knowledge |
psyche |
Bridge |
72 |
Table 4
Of course, 72 is also a double square (particularly, 72 = 2
. 62). We have thus, so far, found the mental significance of the double
squares for n = 4, n = 5 and n = 6. To complete our understanding
of the significance of double squares we need to complete the
series beginning with n = 1.
The basic model of the sefirot in Kabbalah indicates that above Wisdom resides
the Crown (כתר ,
keter) that is explained in the Zohar to consist of three
heads (תלת רישין שבכתר ,
tlat reishin sheba’keter). In
our present model we will map these 3 parts of the Crown to
correspond to the first 3 values of n.
Continuing our previous discussion regarding the various mental powers
we note that Wisdom marks the first conscious mental power.
Thus, the Crown – which resides, both figuratively and in our
Kabbalistic model, above the head – corresponds to the super-conscious
faculties. The three heads of the Crown, or the 3 super-conscious
mental powers are known as: Belief (אמונה ,
emunah), Pleasure (תענוג ,
ta’anug) and Will (רצון ,
ratzon).
Table 3 illustrates the double squares for values of n from
1 to 6 with their corresponding mental faculties.
sefirah |
mental faculty |
n |
f[n] = 2n2 |
Crown |
belief |
1 |
2 |
pleasure |
2 |
8 |
will |
3 |
18 |
Wisdom |
mind |
4 |
32 |
Understanding |
intelligence |
5 |
50 |
Knowledge |
psyche |
6 |
72 |
Table 5
Using the sefirot as a model for the series of double squares,
we could continue the series until n = 13. For example, corresponding
to the double square 128 (n = 8) we would have the sefirah of Might (גבורה ,
gevurah). For 338 (n = 13) we would have the sefirah of Kingdom (מלכות ,
malchut).
We have now taken a look at the series of double squares, the
differences between the atomic numbers of the inert gases. This series
is essentially the backbone of the whole periodic table of the elements.
Extrapolating from our knowledge of double squares in the periodicity
of inert elements we would expect the next inert element to be of quantum
number:
86 (Radon) ^ 32 = 118. This element has been dubbed Uuo (Ununoctium)
by the International Union of Applied Chemists (IUPAC) until its existence
is proven at which time its properties will be ascertained.
We would expect to find the next inert element at quantum number:
118 ^ 50 = 168. This element has been dubbed Uho (Unhexoctium).
12. Metals and non-metals
Another important periodicity represented in the periodic table is that
of the non-metallic elements. Whereas the periodicity of the inert elements
was defined by the double squares (as explained above), the
periodicity of the non-metals is recognizable by the triangular shape
they form on the periodic table, as highlighted in the next table (non-metals
are shaded in turquoise).
1
H |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
2
He |
3
Li |
4
Be |
|
|
|
|
|
|
|
|
|
|
5
B |
6
C |
7
N |
8
O |
9
F |
10
Ne |
11
Na |
12
Mg |
|
|
|
|
|
|
|
|
|
|
13
Al |
14
Si |
15
P |
16
S |
17
Cl |
18
Ar |
19
K |
20
Ca |
21
Sc |
22
Ti |
23
V |
24
Cr |
25
Mn |
26
Fe |
27
Co |
28
Ni |
29
Cu |
30
Zn |
31
Ga |
32
Ge |
33
As |
34
Se |
35
Gr |
36
Kr |
37
Rb |
38
Sr |
39
Y |
40
Zr |
41
Nb |
42
Mo |
43
Tc |
44
Ru |
45
Rh |
46
Pd |
47
Ag |
48
Cd |
49
In |
50
Sn |
51
Sb |
52
Te |
53
I |
54
Xe |
55
Cs |
56
Ba |
57
La |
72
Hf |
73
Ta |
74
W |
75
Re |
76
Os |
77
Ir |
78
Pt |
79
Au |
80
Hg |
81
Tl |
82
Pb |
83
Bi |
84
Po |
85
At |
86
Rn |
87
Fr |
88
Ra |
89
Ac |
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
|
58
Ce |
59
Pr |
60
Nd |
61
Pm |
62
Sm |
63
Eu |
64
Gd |
65
Tb |
66
Dy |
67
Ho |
68
Er |
69
Tm |
70
Yb |
71
Lu |
|
|
|
|
90
Th |
91
Pa |
92
U |
93
Np |
94
Pu |
95
Am |
96
Cm |
97
Bk |
98
Cf |
99
Es |
100
Fm |
101
Md |
102
No |
103
Lr |
|
Table 6
Of the 86 non-inert elements 15 are classified as non-metals. The other
71 elements are classified as metals. We note that hydrogen is sometimes
placed in a class of its own, something we shall address below. Generally
speaking, though not always, metals act as electron donors and non-metals
as electron recipients in chemical compounds.
As mentioned above, the non-metals form a triangle in the right-hand
side of the periodic table: 5 elements in the first row of the triangle,
4 in the second, 3 in the third, 2 in the fourth and finally 1 in the
last.
5
B |
6
C |
7
N |
8
O |
9
F |
|
14
Si |
15
P |
16
S |
17
Cl |
|
|
33
As |
34
Se |
35
Gr |
|
|
|
52
Te |
53
I |
|
|
|
|
85
At |
15 is a triangular number. The function that generates triangular numbers
is:
We designate triangular numbers by the special symbol Dn. Thus,
D5 = 15. Another way to define the nth triangular number is as the sum
of all numbers from 1 to n. It is therefore also true that:
Dn = n ^ D(n-1)
Therefore,
D5 = 5 ^ D4
But, D4 = 10, so that D5 = 5 ^ 10.
Thus, the 5th triangular number has the property of whole and half that
we saw above (§5).
The number 10, the 4th triangular number (and the whole part
of D5), has a special reference in the inner teachings of the Torah.
It is sometimes as designated as:
שיר פשוט, שיר כפול, שיר משולש, שיר מרובע
simple song, double song, triple song, quadruple song
This idiom alludes to the number 10 as the sum of 1 (simple), 2 (double),
3 (triple) and 4 (quadruple).
In our particular case, we have 5 elements above 4, or in Hebrew letters
we have a heh (ה =
5) over a yud (י =
10). Recall that 86 – the number of natural elements excluding the inert
gases – is numerically equivalent to the Divine name, Elokim (אלהים ).
This name has five letters, with numerical values are as follows:
letter |
in hebrew |
value |
aleph |
א |
1 |
lamed |
ל |
30 |
heh |
ה |
5 |
yud |
י |
10 |
mem |
ם |
40 |
The 15 non-metals thus correspond to the two letter heh (ה ,
5) and yud (י ,
10) of the five letters of the name Elokim, the seminal name of the periodic
table.
13. Metals and Hydrogen
After accounting for the 15 non-metals we now remain with 71—these are
known as metals. However, in many renditions of the periodic table, hydrogen,
the element with atomic number 1, is classified by itself, implying that
hydrogen for various reasons does not fall within one or the other category
of metals and non-metals.
How should we understand the role of hydrogen among the elements? To
give an answer, we must first reintroduce the classical model of the
four elements of antiquity and its modern-day correspondence. As explained
elsewhere in length, each
of the four classic ‘elements’—fire, air, water and earth—corresponds
with a specific modern chemical element (see table 6).
classical ’element’ |
modern element |
atomic number |
sefirah |
air |
oxygen |
8 |
Crown (כתר ,
keter) |
water |
hydrogen |
1 |
Wisdom (חכמה ,
oma) |
fire |
carbon |
6 |
Understanding (בינה ,
binah) |
earth |
nitrogen |
7 |
Knowledge (דעת ,
da’at) |
Table 7
This correspondence is based on the ‘essence’ that each of the classical
‘elements’ was meant to represent, and the major role that each of
the modern-day elements plays in nature. Thus, oxygen is the most important
component of Air for human beings; hydrogen, our subject of interest
(together with oxygen, which we have already corresponded with Air)
makes up water , upon
which we will elaborate in a moment; nitrogen is the earth’s major
nutrient used by plant life; and the earliest human fires were of the
type that burns carbon.
Looking at the atomic numbers of these elements we note that the sum
of their ‘triangular’ numbers = 86:
∆1 ^ ∆6 ^ ∆7 ^ ∆8 = 1 ^ 21 ^ 28 ^ 36 = 86!
The classical element ‘water’ naturally corresponds to hydrogen (e.g.
in modern nomenclature, the prefix ‘hydro’ denotes a ‘watery’ characteristic).
During the time period that Kabbalah was being developed, the accepted
chemical analysis was based on the 4 classic elements. Classic water
was brought down as corresponding to the sefirah of Wisdom.
Thus, in our modern chemical analysis, hydrogen that corresponds to classic
water would also correspond to the sefirah of Wisdom. Regarding Wisdom we
find an important verse (Psalms 104:24):
כולם בחכמה עשית
You made them all with Wisdom
Analyzing this using sod, where Wisdom is the sefirah of hydrogen,
we can say that all chemical elements begin with hydrogen, but that hydrogen
remains in a category of its own. Thus hydrogen would parallel the first
letter, aleph, in the Name Elokim, the essential Name of the Periodic
Table. Moreover, the numerical value of aleph is 1, as is the atomic
number of hydrogen, strengthening our identification.
As we have already accounted for the letters aleph, heh and yud of the
name Elokim we are left with two letters: lamed and mem. We are also
left with 70 elements not accounted for (as either inert gases, non-metals,
or hydrogen). The numerical value of lamed is 30, the numerical value
of mem is 40, their sum equal to 70. Thus we can complete our correspondence
of the elements with the name Elokim by noting that the number of metals
equals the letter lamed and mem. Our completed analysis is presented
in Table 8.
letter(s) of name Elokim |
in Hebrew |
numerical value |
corresponding element(s) |
aleph |
א |
1 |
hydrogen |
heh yud |
ה, י |
15 |
non-metals |
lamed mem |
ל, ם |
70 |
metals |
Table 8
Elokim As Creative Consciousness
Our analysis of the name Elokim as the central pivot of the periodic
table would not be complete without us spending a few moments looking
at the spiritual significance of this phenomenon.
Though the usual usage of the word Elokim is as the ‘natural’ name of
God, it does have other uses in the Bible. In discussing civil suits,
the Torah refers to the court or the judge as an ‘Elokim’ (Exodus 22:8,
22:27). In the Book of Psalms (82:6) we find another usage of the name
Elokim to refer to Adam, the first human being:
אני אמרתי אלהים אתם ובני עליון כלכם
I had said, You are Elokim and all of you are sons of
the Most High
This verse serves as the source from which the Arizal teaches that each
and every Jew literally has a Divine element within them. The verb “said”
(אמרתי )
here does not mean that God literally commanded Adam to be ‘an Elokim’,
but rather, as it at times means in Biblical Hebrew, that God had “wanted”
or had “hoped” that man would ascend to the heights of being an Elokim—“sons
of the Most High”.
The Edenic serpent, the catalyst for Adam and Eve’s downfall and transgression,
clearly voiced this ‘destiny’ of mankind as a reason for eating from
the Tree of Knowledge (Genesis 3:4-5):
ויאמר הנחש אל האשה לא מות תמתון. כי ידע אלהים כי ביום אכלכם ממנו ונפקחו
עיניכם והייתם כאלהים ידעי טוב ורע
And the serpent said to the woman: You shall not surely die. For God
knows that on the day you eat of it, then your eyes shall be opened,
and you shall be as Elokim, knowing good and evil.
Without going in length into the difference between God’s hope for mankind,
and the serpent’s description of mankind’s destiny, let us merely say
that due to Adam’s sin, this desire of The Holy One Blessed Be He was
not yet to be realized. God willing, in the times of the Messiah it will
be fulfilled.
But how would we describe the state of humanity hoped for by God and
termed ‘Elokim’. Until now we have studied the natural (mundane) world
as a reflection of the spiritual worlds of the Divine. Here we find that
an element of the mundane world, albeit a spiritual element—the soul—shares
the same name—Elokim—as the pivotal name of the Periodic Table. If until
now we have seen the Periodic Table as reflecting the Divine, we now
understand that it also reflects the spiritual element within man. This
is not entirely surprising as we know that the soul is itself a ‘part’
of the Divine.
As the name Elokim is the central building block for the Periodic
Table of the physical elements, so we say that within man the name
Elokim is instrumental in the expansion and development of consciousness.
Consciousness is to mankind as the physical world is to God, and both
are constructed using the pivotal name of Elokim. This is the meaning
of the saying of the sages:
“I create worlds, you also will create worlds. I wanted that just as
I create, you will create.” The serpent tricked Eve into thinking that
she could reach this level of creative consciousness through theft.
This could only fail. Yet, the Creator wants this, for us to reach creative
consciousness. Thus all of our meditation on the Name Elokim is really
about our souls (נשמה ,
neshamah). Each level, the aleph, the hei, the yud, the lamed-mem, and
the axis of six about which all the 86 (86 = Elokim) elements revolve,
belongs to the soul of the Jew. By studying the periodic table, we are
studying aspects of our own souls.
14. Hydrogen As the Source of All Elements
It was mentioned above that hydrogen corresponds to the sefirah of Wisdom,
and that by Wisdom God created all in the universe, as noted
in the verse: You have made them all with Wisdom (Psalms 104:24).
This idea—that Wisdom, or its elemental parallel, hydrogen,
is the source of all other matter in the universe—corresponds to the
accepted contemporary theory of nucleosynthesis (element formation),
which theorizes that all elements are created in the fusion reaction
of hydrogen stars like our sun. In the cores of stars, hydrogen is fused
into helium, helium into carbon (and sometimes into oxygen) and may include
the formation of elements as heavy as iron (atomic number 26).
In our analysis of the Periodic Table we have seen that hydrogen
corresponds to the letter aleph of the name Elokim. The Ba’al Shem Tov,
the founder of Chassidut, taught that all the other 21 letters of the
alphabet originate from the letter aleph, another parallel to the theory
of nucleosynthesis.
15. The Mathematical Series of the Element Groupings
We now have a complete structural scheme for understanding the spiritual
correspondence of each of the 92 naturally occurring elements in the
Periodic Table. We have seen that they can be divided into 4 basic groupings:
hydrogen, the 6 inert gases, 15 non-metals and 70 metals. We now have
a series of 4 numbers (which we have found by categorizing the 92 elements):
1, 6, 15, 70.
With this series in hand, we now turn to one of the most basic techniques
of numerical analysis used in the inner wisdom of the Torah: series calculus. Whenever
we have a series of numbers such as this, it is important, from both
mathematical and Kabbalistic perspectives, to find the base of
the series. Doing this is technically very simple as all that we need
to do is find the differences between the numbers of the series, then
the differences between the differences, and finally, in our case where
we begin with 4 numbers, the difference between those, as follows:
numbers in series |
1 |
|
6 |
|
15 |
|
70 |
difference between numbers in series |
|
5 |
|
9 |
|
55 |
|
difference between differences |
|
|
4 |
|
46 |
|
|
final difference / base of series |
|
|
|
42 |
|
|
|
Thus the base of our series is 42. The Name with which the universe
was created, is the 42 letter Name. The very number that is the base
of our analysis of the periodic table is the number that is the most
related to the Creation by the sages, of which it is said “this is the
gate to God, the righteous will come through it,” it
is the name of 42 letters, with which the higher and the lower were created.
16. Group 1B Periodicity: Copper, Silver, and Gold
Following our analysis of the major periods in the Periodic Table,
we now turn to a more local periodicity—that of the elements in Group
1B. Group 1B contains the three precious metals Copper (Cu), Silver (Ag)
and Gold (Au). Apart from their being known as the 3 precious metals,
these three elements were of particular significance in the construction
of the Tabernacle (Exodus 25:1 – 26:30) as we shall see.
These elements’ group name—IB—signifies that the elements in the group
share a similar orbital configuration to those in Group 1A (Hydrogen,
Lithium, Sodium, etc.). More specifically, elements in Group IB always
have one electron to donate—or, in our terminology, they are always just
a little bit more than whole (shalem). The outer orbital configurations
of these elements are:
Cu 3d104s1
Ag 4d105s1
Au 5d106s1
We see from the orbital configuration that these metals, copper, silver
and gold, have an aspect of finishing a cycle and beginning a new one.
In each of them, the specific d orbital is filled (completed) while the
next s orbital commences filling.
‘Naye saider’ is a Yiddish idiom that expresses this same sentiment—where
one phenomenon is completed and a new one commences, particularly in
regards to stages or cycles in history. We might say of the IB elements
that they reflect such a point in the Periodic Table, where one orbital
completes and a new one begins. At this point a new beginning is made,
a new derech, path.
It is acknowledged within the circles of Chassidut that when the Ba’al
Shem Tov was born, a new order began in the world. Likewise, when the
Messiah will come, a new order will begin as well .
By having only one electron in the s orbital, these elements, like their
Group 1A counterparts, are the epitomic electron donors, or influencers (mashpi’im).
Due to the outer s-orbital having only one electron, these three metals
of Group IB, which served to build the Holy Temple, combine in theory
with oxygen in the same manner as hydrogen, as explained above. More
specifically, they would combine with Oxygen at a ration of 2:1 (2 atoms
from group IB, for every Oxygen atom).
Noting that each of the group IB metals commence the filling of another
s orbital, we may take a closer look specifically at the outer orbital
configurations of the transition metals before and after copper (Cu):
element |
Sc (21) |
Ti (22) |
V (23) |
Cr (24) |
Mn (25) |
Fe (26) |
Co (27) |
Ni (28) |
Cu (29) |
Zn (30) |
orbital |
3d14s2 |
3d24s2 |
3d34s2 |
3d54s1 |
3d54s2 |
3d64s2 |
3d74s2 |
3d84s2 |
3d104s1 |
3d104s2 |
Table 9
Preceding copper (Cu), orbitals which have been filled are 1s, 2s, 2p,
3s,and 3p. In copper we find that 3d—the sixth orbital is completed
while 4s—the seventh orbital—begins to be filled. Thus the seventh
orbital is started with copper.
There is a well-known principle in Torah that “all sevenths are beloved”
(כל השביעין חביבין ).
Here we see this principle beautifully applied. The Tabernacle signifies
the most ‘beloved’ place for God to dwell in the mundane world. It is
only fitting that it be constructed from copper—the element commencing
the filling of the seventh orbital.
Continuing our examination of copper specifically, let us quote from
Exodus, where the Torah describes the offering required by the Children
of Israel for the construction of the Tabernacle:
And God spoke to Moses, saying: Speak to the Children of Israel that
they should bring me an offering: of every man whose heart prompts him
to give, you shall take my offering. And this is the offer that you shall
take from them: gold and silver and copper…
In the original Hebrew text, the word for “copper” (נחשת )
is the 29th word from the beginning of the parshah. 29 is, of
course, the elemental number of copper.
In the Torah, in the text just quoted, the group IB elements are ordered
by heaviness (atomic mass): gold (79) silver (47) copper (29),
the heaviest—gold—listed first. This order corresponds to reading the
group IB elements from bottom to top.
In Aramaic, the only non-Hebrew language to which the sages have contributed
a measure of sanctity, the Hebrew word for heavy (כבד ,
kaved) means precious (in Hebrew יקר , yakar).
Some of this meaning has also been retained in the Hebrew word kavod,
which means “importance” or “honor.” In any case, it is established that
in Hebrew that which is heavy is also precious.
We see this in the Group IB elements. The heavier the element, the more
precious it is considered. Gold is the most treasured ,
then silver, and, copper, the lightest is the least precious.
Another approach for analysing the significance of these three metals
is their correspondence with the sefirot. In descending order of ‘heaviness’,
gold is associated with the sefirah of Might (גבורה ,
gevurah); silver associated with loving-kindness (חסד , chesed);
copper corresponds to Beauty (תפארת ,
tiferet). It is well known that the 3 patriarchs, Abraham Isaac and Jacob
also correspond to these 3 sefirot, as follows:
loving-kindness (chesed) |
Abraham |
silver |
might (gevurah) |
Isaac |
gold |
beauty (tiferet) |
Jacob |
copper |
Table 10
As we can see, gold the most precious corresponds with the patriarch
Isaac. This parallel between Isaac and gold becomes meaningful when
considering the future building of the 3rd Holy Temple. Of that time
it is said (Isaiah 63:16):
כי אתה אבינו כי אברהם לא ידענו וישראל לא יכירנו אתה ידוד אבינו גאלנו
מעולם שמך
For you are our father, for Abraham has not known us, and Israel has
not recognized us, You God are our father, our savior, Your name is forever.
The sages (Shabbat 89b) explain this verse to mean that of all
3 patriarchs (Jacob is also known as Israel), it will be Isaac that will
show special mercy on the Jewish people, his offspring, and will thus
be the primary patriarch. The sages also relate that the 3rd
Temple will be constructed entirely of gold.
* Based on two lectures given by Rabbi Ginsburgh, 9th of
Elul 5753 (27/8/93) and 15th of Iyar 5761 (7/5/01); Transcribed
and translated by Batya Eshel.
1.
For a more thorough discussion of these ontological schemes in the 19th century
see Nye, ch. 3.
2.
Most notably in chapter 1 of part III of the Tanya, the basic work of abad
assidism.
3. Avot 5:1;
see BT Megillah 21b and elsewhere. For the identification of the 10 sefirot with
the 10 ma’amarot, see Alter Rebbe’s Torah Or 53a, 82d and
elsewhere. For a correspondence between the the 10 ma’amarot and the
10 Aristotlean philosophical categories see Maimonides, Introduction to
Logic 10§4. For a correspondence between these 10 philosophical categories
and the sefirot, see our audiotape (Hebrew) “Ten Types of Consciousness,”
(Kfar abad: Gal Einai Publications, 1998).
4. Recently,
new experimentation has led to the discovery of so-called ‘islands of stability’
in the superheavy elements; see Oganessian et. al., “Voyage to Superheavy Island”
in Scientific American 282:1 (January 2000), pp. 45-49.
5. See
his volume Ahavat Torah (Podgorza, 1905).
6.
Meaning words that stem from different roots (שרשים , shorashim),
the 2 or 3 letter combinations which serve to form words in semitic languages
like Hebrew [technically, 2 letter roots are known as gates (שערים , sha’arim)].
7. Mar’eh
Ha-adam ch. 3 (folio 2a).
8.
Based on this view, R. Israel Ba’al Shem Tov, the founder of the Chassidic
movement in 18th century Ukraine, taught that the Torah is universal
in the sense that it is “relevant to every person at every moment in every
location” (quoted ubiquitously in Toldot Yaakov Yosef by the Ba’al
Shem Tov’s student, R. Yaakov Yosef the Maggid of Polanah).
9.
In the original Hebrew these two viewpoints are: 1) תורה
מדברת בתחתונים ורומזת בעליונים 2) תורה
מדברת בעליונים ורומזת בשניות בתחתונים ; these specific idioms are from Asarah
Ma’amarot, Ma’amar Chikur Din, III, ch. 23 by R. Moshe Azaria (Ramah)
of Pano. They are originally based on R. Yishayah Horowitz, author of the Shnei
Luot Habrit (Biozepaf, 5639) folios 10c – 11a. The second, Chassidic
approach, seems to fit much better with the well known midrash (hermeneutic)
statement: “He [God] looked in the Torah and created the world” (see Bereisheet
Rabba 1:1)
10. "דברה
תורה בלשון בני אדם" ; Berachot 31b and elsewhere.
11. Note
that following the first viewpoint, where the Torah is literally speaking of
the mundane, this Talmudic dictum has no (or at most trivial) meaning.
12. The source
of this non-Biblical word to describe nature warrants a discussion to itself,
which is unfortunately beyond the scope of the present article.
13. As this
name is considered one of the 7 sacred names of God, in most circumstances,
it may not be pronounced as it is written. We have thus used the usual substitution
Elokim for the original lettering. Where the numerical value of specific letters
in this name are used, we have resorted to the original lettering, so as not
to unnecessarily confuse the reader.
14. Rashi, ad.
loc.
15. Genesis
18:16 – 19:28.
16. See Avot 5:10.
17. Genesis
31:42.
18. See Zohar I,
120a-b.
19. Hans
Peter Jorgen Julius Thomsen (1826-1909), a Danish chemist, Professor of chemistry
at the Polytechnic University in Copenhagen, most famous for his work in thermochemistry.
20. Sefer
Yetzirah 1:1.
21. Genesis
1:1-31.
22. Most
traditional commentaries on the Torah explain that chapter 2 of Genesis does
not relate an ‘alternate’ story of creation, but is rather a second account,
elucidating the first.
23. See Zohar III,
227a; Alter Rebbe’s Likutei Torah III, 36d.
24. The source
for the sefirah of Crown being sub-divided into 3 ‘heads’
or ‘crowns’ is Zohar III, 288a ff. See also Mishnah Avot 4:13:
“R. Shimon says: there are 3 crowns – the Crown of Torah, the Crown of Priesthood
and the Crown of Sovereignty”. In Hassidut it is explained that the 3 ‘heads’
or ‘crowns’ in the sefirah of Crown are alluded to in the 3 laurels
found in the vessels of the Holy Sanctuary built by Moshe in the desert. These
laurels were made to encircle the Ark of the Covenant (see Exodus 25:11),
the Table (ibid 25:24) and the Altar of Incense (ibid 30:3).
25. Conway
and Guy (1996: 33-8) designate triangular numbers in a somewhat different manner
as: Dn. We retain our
original notation here and throughout.
26. Israel
Omer Fromansky, The Four Elements and the Seven metals. Audio Tape
(Rehovot, Israel: Gal Einai Publications, 1993).
27. Meiman (מימן ),
like its english equivalent—hydrogen, actually derives from the Hebrew word
for water (מים , mayim).
28. Additional
mathematical equivalencies to the Periodic Table arise from this equation:
Note that 86, the ‘sum of triangles,’ can be split:
∆1 ^ ∆6 ^ ∆7
= 50, while ∆8 = 36. This division of 86 into 50 and 36 plays a major role
in the Kabbalistic exposition of the Name Elokim (see Tikunei Zohar §49,
folio 85b; Zohar I, 1b; ibid II, 231b-232a), based on the verse: “Lift
up your eyes on high and behold who has created these things” (Isaiah 40:26),
or in the Hebrew original: שאו
מרום עיניכם וראו מי ברא אלה . מי (who)
= 50 and אלה (these
things) = 36.
Additionally, the ‘sum of squares’ of 1, 6, and 7 =
12 ^ 62 ^ 72 =
86; while 82 = 64. This reveals the important relationship between
86 and 64: 86 = Elokim (אלהים )
and 64 = Din (דין ).
The Name of Elokim is directly related to the the sefirah of Might (גבורה , gevurah)—it
is sometimes even called the Name of Might—which is also referred
to as Judgment (דין , din).
29. For a
more rigorous discussion of this mathematical tool, see appendix B.
30. Psalms
118
31. Zohar II,
234a; III, 256b. One form [see Tikunei Zohar, §69 (fs. 103b-104a)]
of the Name of 42 Letters is recited a number of times in the daily prayers.
In the Talmud (Tractate Kidushin 71a), we find a direct reference
to the Name of 42 letters:
Said Rav Yehuda, said Rav: the Name of 42 letters is
not to be given but to one who is modest and is humble and stands in mid-life
and does not anger nor get drunk, and does not act harshly. And he who knows
the name, and is careful with it, and keeps it pure, is beloved above and liked
below and is feared by all creatures and inherits two worlds, this world and
the coming world.
32.
The Messiah is destined to reveal a completely new understanding in the Torah,
about which the sages have said that “the Torah of our day is like naught when
compared to the Torah of the Messiah.” Of course, the text of the Torah will
not change, only its understanding.
33.
It is interesting to note that the objective basis for the value we attribute
to gold is not clear at all. For more on this question see “Puzzling Over Gold’s
Allure” in Johns Hopkins Magazine, June 2000 (Baltimore: Johns Hopkins University)
or internet, www.jhu.edu/~jhumag/0600web/oncampus.html.
|