Nevill Francis Mott
English physicist, Nobel prize winner
The numbers
2 + 7 = 9
Lo Shu grid
Missing: 4, 6, 8. Present digits repeat to show how many times they occur.
Life path 9 — The Humanitarian
Nine completes the cycle, and the tradition treats it as the number that has already been round once: broad, forgiving, oriented toward something larger than a single life. It is read as the number of the reformer and the artist. Its tension is the mirror of 6 — where 6 over-gives to the people in front of it, 9 is described as giving to humanity in general while the people in front of it wait.
Complete lines
Line of Expression
A complete line in the grid.
Line of Resolve
The 1-5-9 diagonal complete. Read as determination that survives the middle of a project, when the initial energy has gone and the result is not yet visible.
Line of Sensitivity
The 3-5-7 diagonal complete. Read as emotional and intuitive range — the line practitioners associate with artists and with people who register what is unsaid.
Repeated numbers
9 appears 3 times
Concentrated idealism. Read as a wide view that can lose sight of what is directly in front of it.
What is missing
Missing 4
Read as impatience with structure and maintenance. Associated with starting well and leaving the scaffolding to someone else.
Missing 6
Read as a complicated relationship with obligation — either avoiding it or over-shouldering it, rarely a settled middle.
Missing 8
Read as discomfort with power and money — not incapacity, but an unwillingness to claim authority openly.
Vedic — Ank Jyotish
Moolank 3 comes from the day of the month alone; Bhagyank 9 from the whole date. They differ, which is the ordinary case — the two numbers answer different questions.
Guru
Jupiter. Expansion, teaching, counsel. Read as the most benefic assignment in the set.
Bhagyank uses the same arithmetic as the Western life path, so the two will always agree. That is not two traditions confirming each other — it is one calculation under two names.
In their words
The hypothesis that the electron has a magnetic moment was, as is well known, first introduced to account for the duplexity phenomena of atomic spectra. More recently, however, Dirac has succeeded in accounting for these same phenomena by the introduction of a modified wave equation, which conforms both to the principle of relativity and to the general transformation theory. Formally, at least, on the new theory also, the electron has a magnetic moment of εh/mc, but when the electron is in an atom we cannot observe this magnetic moment directly; we can only observe the moment of the whole atom, or, of course, the splitting of the spectral lines, which we may say is "caused" by this moment.
... in terms of modern solid state physics, what does "transparent" mean? It means that, in the energy spectrum of the electrons in the material, there is a gap of forbidden energies between the occupied states (the valence band) and the empty states (the conduction band); light quanta corresponding to a visible wave-length do not have the energy needed to make electrons jump across it. This gap is quite a sophisticated concept, entirely dependent on quantum mechanics, and introduced for solids in the 1930's by the pioneering work of Bloch, Peierls and A. H. Wilson. The theory was based on the assumption that the material was crystalline. ... my coworkers and I ... asked the question "how can glass be transparent?".
In many materials the electrical behavior changes from metallic to nonmetallic when the pressure, temperature or magnetic field is varied or (as in alloys) when the composition is varied, and the theoretical description of these processes is quite complicated. The interest of the problem lies perhaps mainly in our imperfect understanding of the nature of a metal. In the days before quantum mechanics, when I first attended undergraduate lectures on the electron theory of solids, it was taught that in metals one or more atoms from each electron were free, whereas in nonmetals they were somehow fixed to the atoms or ions or to the chemical bonds. The long mean free paths of electrons in metals extending over hundreds or thousands of atomic spacings were not understood, and neither was the absence of any large contribution from the electrons to the specific heat.
Any scientist, myself or another, can become so enamoured of his brain child that he resents criticism.
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