1 The chip in the brain Michael T Deans † Contents 1 Abstract 1 Introduction 3 Proton ordered H-bond energy 5 The chip in the brain 7 Biological clocks 11 Particles and planes 11 Pulsars evidence nuclear fusion 12 Periodic table of the elements 13 Calculations 14 References Abstract Most attempts at explaining and modeling human intelligence are based on binary computers and neural networks. In 1950, Alan Turing asked, ‘Can machines think … Are there imaginable digital computers which would do well in the imitation game?’ I would add the question ‘Can artificial intelligence compensate for personality bias?’ To think like people, machines need to do more than answer questions ‘Yes’ or ‘No’. I deduced the structure of the ‘minion’ nucleohistone complex by iteration. It stores information using 9 x 63 arrays of proton-ordered hydrogen bonds, serves as a biological clock, packs DNA on chromosomes for efficient, error-free replication and organizes cellular metabolism. It ‘thinks’ using base-10 arithmetic, laterally and vertically. Isolated H-bonds are weak and disorderly; en masse they’re strong. My discovery of a ferroelectric phase transition in ice crystallized in liquid nitrogen, ice It evidenced this. Each minion stores an 18-letter word using a 63-character alphabet. Those in one cell nucleus could remember the Bible and Shakespeare. They intercommunicate by resonance. Introduction During an experiment with liquid nitrogen in February 1967, I surmised that ice crystallizing on a silica helium thermometer bulb distorted it. I suggested it was a variant of cubic ice 1 with its molecular dipoles aligned. Its crystals contract on cooling to accommodate their irregular shape, undergoing a ferroelectric phase transition 2 at ~72 K. Latent energy is emitted as infrared laser light, ‘ice-light’ with wavelength λ ≈ 4μ and energy matching the free energy of the phosphodiester bond, P i ~ P i in ATP. As Pauling argued, the H-bonds in hexagonal ice have residual entropy 3 . They retain random orientation, O•••H–O or O–H•••O when cooled to 0 K. My mentors ridiculed these proposals for resembling ice nine, introduced in Kurt Vonnegut’s science fiction, Cat’s Cradle. Sixteen types of ice are now known 4 , in some the molecules are distributed at random, others are orderly. Ice studies tend to focus on extreme temperatures and pressures. Nobody has reported observations confirming mine, but I recently read: The proton-ordering transition of ice Ic shown by librational band changes suggests partial proton ordering of ice Ic into a ferroelectric structure between 70 and 75 K, further experiments are needed 5 .
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Transcript
1
The chip in the brain Michael T Deans
†
Contents 1 Abstract
1 Introduction
3 Proton ordered H-bond energy
5 The chip in the brain
7 Biological clocks
11 Particles and planes
11 Pulsars evidence nuclear fusion
12 Periodic table of the elements
13 Calculations
14 References
Abstract Most attempts at explaining and modeling human intelligence are based on binary
computers and neural networks. In 1950, Alan Turing asked, ‘Can machines think … Are
there imaginable digital computers which would do well in the imitation game?’ I would add
the question ‘Can artificial intelligence compensate for personality bias?’
To think like people, machines need to do more than answer questions ‘Yes’ or ‘No’.
I deduced the structure of the ‘minion’ nucleohistone complex by iteration. It stores
information using 9 x 63 arrays of proton-ordered hydrogen bonds, serves as a biological
clock, packs DNA on chromosomes for efficient, error-free replication and organizes
cellular metabolism. It ‘thinks’ using base-10 arithmetic, laterally and vertically.
Isolated H-bonds are weak and disorderly; en masse they’re strong. My discovery of a
ferroelectric phase transition in ice crystallized in liquid nitrogen, ice It evidenced this. Each
minion stores an 18-letter word using a 63-character alphabet. Those in one cell nucleus
could remember the Bible and Shakespeare. They intercommunicate by resonance.
Introduction
During an experiment with liquid nitrogen in February 1967, I surmised that ice
crystallizing on a silica helium thermometer bulb distorted it. I suggested it was a variant of
cubic ice1 with its molecular dipoles aligned. Its crystals contract on cooling to accommodate
their irregular shape, undergoing a ferroelectric phase transition2 at ~72 K. Latent energy is
emitted as infrared laser light, ‘ice-light’ with wavelength λ ≈ 4μ and energy matching the
free energy of the phosphodiester bond, Pi ~ Pi in ATP. As Pauling argued, the H-bonds in
hexagonal ice have residual entropy3. They retain random orientation, O•••H–O or O–H•••O
when cooled to 0 K. My mentors ridiculed these proposals for resembling ice nine,
introduced in Kurt Vonnegut’s science fiction, Cat’s Cradle.
Sixteen types of ice are now known4, in some the molecules are distributed at random,
others are orderly. Ice studies tend to focus on extreme temperatures and pressures. Nobody
has reported observations confirming mine, but I recently read: The proton-ordering
transition of ice Ic shown by librational band changes suggests partial proton ordering of
ice Ic into a ferroelectric structure between 70 and 75 K, further experiments are needed5.
2
Proton-ordered H-bond energy
Ice-light affords a simple explanation for muscle
contraction. Sarcomeres are ½ λ cavities contracting to
resonate with Pi ~ Pi energy, a more efficient process than