Quansheng Ren ( qsren@pku.edu.cn )
Effect of Spin Polarization on the Ordered
Water
Chiral Symmetry
Breaking and Yin-Yang
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Xian He, Yi Zhou, Xing
Wen, Alexandr A.Shpilman, Quansheng
Ren Department
of Electronics, Peking University, Beijing 100080, China Department
of Biology, Southern University of Science and Technology, Shenzhen,
Guangdong 518055, China |
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Abstract: The exclusion zone (EZ) of water near the hydrophilic surface can
exclude colloid suspension for a certain distance, which is typically several
hundreds of micrometers, and approximates the size of the cells. Previous studies have
shown that the near-surface the EZ expands extensively in the presence of
incident radiant energy, especially the infrared light. Developments of
electromagnetic biology and quantum biology indicate that the spin magnetic
moment may have a direct impact on the biological process. In this article, a
spintronic device, with a nickel-manganese ferrite rotator and spiral
magnetic vector potential, was utilized to exert the influence on the EZ.
Spin states in the nickel-manganese ferrite were polarized by two different
chiral configurations… (The Journal of Physical Chemistry, 2018) |
Conference program:
1. Ordered Water & Exclusion Zone (EZ)
2. Quantum AB
Effect & Comfort-R/L Generator
3. Results:
Chiral Symmetry Breaking
4. Interpretation:
DSS elements, CISS, Yin-Yang
Century Exploration of a Centenarian
|
Gilbert Ning Ling (1919.12.26 – present) Most of his thoughts in his later years were ignored by the academic community |
1949: Gerard-Graham-Ling microelectrode A device that can accurately measure the electrical
potentials of living cells. 1962: A Physical Theory of the Living State 1984: In Search of the Physical Basis of Life 1992: A Revolution in the Physiology of the Living
Cell 2001: Life at the Cell and Below-Cell Level 2014: What is Life Answered Erwin Schrödinger, 1944: What is Life? |
Structural Water and Physiological Revolution
Order
Interface water properties
·
The fourth phase of water: between
liquid and ice, polarized-oriented
·
Hydrophilic interface: solvent stratification up to 400-500 layers
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Hydrophobic interface: The structure
of the induced complex
Protein dominates cytoplasm
·
Hydrophobic part is in the core
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Hydrophilic part is on the surface: Charge and polarity ->water layers
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α-helix & β-sheet: Structural repeat period 7Å,
14Å ->2-7 water molecules
Largely structured water
·
Proteins are crowded inside the cell
·
Surface spacing between proteins: 6 water molecules
·
Structured water is difficult to freeze: Cold-tolerant plants < -15°C
Intra-and extracellular ions
·
Structured water is poor solvent
·
Sodium ions: rejected by the cytoplasm
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Potassium ions: unusual attraction to negatively carboxyl groups
·
membrane pump theory is wrong
The fourth phase of water (Exclusion zone)
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Hydrophilic surfaces: gel, monolayer of
molecules, Nafion(proton exchange membrane).
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Exclude colloid
suspensions:100s of micrometers (Nafion)
Properties
More restricted molecules
(NMR), more stable (infrared radiation is weak), negatively charged
(microelectrode), absorb 270nm light (spectroscopy), more viscous (viscosity
measurement), ordered arrangement (polarized microscope), different optical
properties (refractive index)
Influence Factors:
Electromagnetic Radiation
Entire
spectrum of visible light,
Especially infrared 3100 nm
Supposed Mechanism:
Photoionisation-ejection of
protons
Photoexcitation of ring
hexamers
Other Factors:
Ultrasonic, …
Quantum effect?
Quantum Effect and Axion Fields
Comfort-R/L
Generator
Electromagnetic
Field:
Magnetic Vector Potential:
𝑩 = 𝛻
× 𝑨 (𝒓, 𝑡)
Electric Scalar Potential:
Hamiltonian
Without EM Field:
With EM Field 
:
Gauge Transformation:
For Vector Potential:
For Scalar Potential:
Schrödinger Equation (under EM)
𝜓′ (𝒓, 𝑡) = 𝜓 (𝒓, 𝑡) 𝑒 𝑖𝑓( 𝒓,𝑡)
Additional phase factor
Aharonov-Bohm (AB) Effect
Quantum AB Effect
A quantum mechanical phenomenon in which an
electrically charged particle is affected by an electromagnetic potential (𝑨,𝜙), despite being confined to a region in which both
the magnetic field 𝑩and electric field 𝑬are zero
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Spatial
Distribution of Vector Potential
Magnetic Field is Imprisoned
Additional
Phase Factor
The wave function obtains an
additional phase factor when the solenoid passes current.
Impact
on Interference
The phase
difference from A to B has changed
An overall movement of the interference fringes
Spin Aharonov-Bohm
(AB) Effect
Spin Manipulation
Usually, the electron spin is only
measured or manipulated through electromagnetic force, acting on its associated
magnetic moment.
Control electron’s spin
By magnetic vector potential
Quantum spin Hall insulator
(Maciejkoet al., PRB 2010)
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Quantum Spin AB Effect
Though there is no EM field acting on the electron, the electron spin
can be controlled by magnetic
vector potential.
Alexander A. Shpilman
A More Complicated Case
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а) A particle-on-a-ring (POR) example which is a
textbook case of AB effect. |
b) A solenoid with a larger radius is utilized such
that the ferrite ring can be placed inside the solenoid. |
c) The solenoid (cylindrical coil) above-mentioned is
further convolved using toroidal coils. |
The electric
potential generated by the silver and the vector potential generated by the coils can
impact the wave functions
and spins of the electrons and nuclei in the ferrite. |
Phase shifts are introduced
into the wave functions of particles due to 𝑨≠𝟎, though 𝑩=𝟎.
Internal Structure
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1: Axis
2: Nickel-manganese ferrite ringlet
3: Silver reflector. Internal
capacitor plate 100-120 V, 4.3-4.8 MHz
12: Dielectric film
11: Aluminum coat
4: Cylindrical coil, radial vector potential
6: Toroidal coils, axial vector potential
7: Iron shield; 9: toroidal coils; 15: electret film;
16: tinned copper plate
Operating Principle
Unidentified Elements (DSS, Dark Matter) in environment: Passive
Ferrite ring 2: Accumulates the Unidentified Elements
Electric field between 2 & 3:
Make
elements active (炁-Qi)
Rotation and magnetic vector potential: Manipulating
the wave potential: Manipulating the wave function of the elements
Right (Yin)
Polarity
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Toroidal coils
Magnetic field: Clockwise
Magnetic vector potential: Down & into the device
Cylindrical coil
Magnetic field: Down
Magnetic vector potential: Clockwise
Vector Potentials
Spiral / right
Ferrite rotation
Clockwise
Left (Yang) Polarity
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Toroidal coils
Magnetic field: Clockwise
Magnetic vector potential: Down & into the device
Cylindrical coil
Magnetic field: Up
Magnetic vector potential: Anticlockwise
Vector Potentials
Spiral / left
Ferrite rotation
Anticlockwise
Experiments & Results Chiral Symmetry Breaking
Experiment
Design
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Comfort R/L Radiation from the side (15cm apart) Chamber 3cm x 1.6cm x 0.5cm, stuck on a glass slide Nafion Du Pont Nafion-117 membrane with width 183μm, which is stuck to the left inner wall of the
chamber by vaseline |
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Микросфера Камера наполнена водной суспензией карбоксилатных микросфер длиной 2 микрона, которая будет убрана EZ фазой воды около Нафиона.
Зона элиминации Область с зоной элиминации будет яркой под микроскопом Axio Imager M2,используя 20X объект |
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Experiment 1 Simplest Configuration Ferrite: Only rotation Capacitor: No voltage input Coils: No current
input |
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Experimental Setting
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00)
Control group
Without irradiation for 1h
01) Exp. Setting 1
Irradiation from right,
1h
Sneeze setting: in the interval of 30-45 minutes, we utilize an inversely wired left polarized generator
02)
Exp.
Setting 2
Irradiation from left,
1h
03)
Exp.
Setting 3
Irradiation from lateral, 1h
04)
Exp.
Setting 4
Head to tail inverted wrt Epx. 1
Results: Width of EZ
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Because of other factors (infrared radiation)
The width of EZ at 15 minutes in different settings
was not exactly same, but will be stabilized after 15 minutes, then was
utilized to calculate the normalization measure.
In the following 45 minutes
The 1st experiment setting shows a clear growth slope, compared to other settings.
Exp. 1 v.s. Exp. 4: a
direction selectivity effect.
In the interval of 30-45 minutes
The slope is a little bit suppressed, due to the left
polarized ferrite though it rotated in a right handed
way. The left polarization effect of the ferrite still plays a role.
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Experiment 1b Without Ferrite
Ring |
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Only motor (will
be heating after running for 15 minutes, then use another)
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Rotating without ferrite ring: No effect. |
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Experiment 2 Plus Other Components
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Control
group: Without irradiation for 1h ·
Exp.
1: Rotation only ·
Exp. 2: +Silver
reflector (Capacitor plate) 100-120V, 4.3-4.8MHz ·
Exp.
3: +Cylindrical and Toroidal
coils
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Результаты
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EZ is enlarged,
compared with control test.
The electric field and magnetic vector potential seemed to promote the
performance.
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Experiment 3 Chiral Symmetry Breaking Full configuration
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Control
group: Without irradiation for 1h ·
Exp. 1:
Right handed COMFORT-8L ·
Exp. 2: Left
handed COMFORT-8L
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Результаты
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The right polarized
generator
Significantly facilitated the growth of EZ
The left polarized generator
Did not show any
potentiation of growth.
In several experiments: It
even showed a depression effect and while the
left polarized generator was turned off, the EZ slowly recovered.
Interpretations
Chiral Symmetry Breaking
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Electron's Spin
& Molecular Chirality Chiral interactions: •Homochiralinteraction (A): more stable •Heterochiral interaction (B): |
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Coils and
Capacitor: Spiral vector potential
& electric potential. |
Electromagnetic
& spin AB effect: Ferrite polarized Uid-Elements’
spin/wavefunction polarized (interact with/within water) |
Possible Explanation
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Chiral induced
spin selectivity (CISS) effect Electron spin selectivity in
water |
Chiral interactions: Layers grow |
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Неизвестные
Элементы
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Spin-polarized materials, Aharonov-Bohm effect
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High-penetrating emission (Kernbach)
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Torsion field -Phyton/Phiton (Akimov)
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Axionfield -DSS elements (Shpilman) -Dark
matter
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“Qi” (Chinese philosophy of nature)
……
The last question: How to polarize the
ferrite?
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Polarized by the spiral magnetic vector potential of the generator for a month
of intensive work
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Put the ferrites in the geographical pointswith
right/left polarized DSS elements for 3 hours
Workshop for Axion Field Research
(with Chinese-Russian translation)
Institute of Life Science and Technology (XinYi), LangFang
Dec 16th~17th,2018