Also  T. Townsend brown spent years mapping a similar mysterious energy that may have been faster than light neutrinos.

Meteor Showers as a form of Intuitive Interference?
If one looks at the times of year that meteor showers occurs, one can see that they occur during the months that ARV accuracy is hindered.

Meteors are best observed during the early morning hours. This is because most meteors strike earth on its leading edge as the earth "sweeps them up" via its rotation.

The majority of Meteors are best observed during the early morning hours. This is because most meteors strike earth on its leading edge as the earth "sweeps them up" via its rotation.
showers occur on the following dates-

Perseids - August 12
Draconids - Oct 9
Orionids - Oct 21st - IN LST ZONE ( ORION)
Leonids - Nov 17 - IN LST ZONE
Geminids - Dec 13 (Near Taurus)

Quadramtids Jan 3
Lyrids - April 21
Era Aquarids - May 4 - IN LST ZONE?
Delta - July 30
Perseids - Aug 12th

The above meteor showers come from the following comets - Halley, Comet 1861, Comet 1862, Comet Giacobini-Zinner, Comet 1866, Asteriod Phaethon

No Meteor Showers occur during the month of February, which is a month ARV Accuracy is best.

Conclusive Summary
ARV Sessions are best conducted during the time that a star / constellation that exhibits peak precognition properties is rising in the east, up until 4 a.m. maximum around the First Quarter Moon.  This means from just before sunrise until 4 a.m. ARV sessions exhibits the most accuracy. This is the window called Helical rising which will be covered in greater detail later.  From May until late August, it is best to remote view the trading activity of a stock as it takes place from opening bell until approximately 12 noon. Many of these stars shown in the LST Precognition Calendar (pictured below) are also some of the brightest stars in the night sky.
 

(Note - the rising of Cygnus at the above time is only for the location of Hawaii)

The Brightest Stars (From brightest to least brightest)
Sun
Sirius (Orion)
Aldebaran (Taurus)
Spica (Virgo)
Antares (Scorpio)
Deneb (Cygnus)
Regulus (Leo)

The 4 Royal Persian Stars
If one look at the LST Precognition Calendar, one sees that the stars that enhance Precognition are the 4 Royal Persian Stars. These stars are -

Regulus (Leo Constellation)
Aldebaran (Taurus Constellation)
Antares (The Galactic Center)
Fomalhaut (Piscis Austrinus contellation)

The so-called ‘Royal Stars of Persia’ are a French invention of the 18th century. They have nothing to do with Persian astrology.

The Power of Heliacal Risings
When a star or constellation rises just before the sun rises, it is known as the Heliacal Rising. As the sun rises above the horizon during the course of the day, the bright star / constellation becomes outshone by the sunlight. This is a time that human intention is maximized (precognition is governed by intention).

Ancient Egypt, one of the most longest lived civilizations deemed this time period one of the most important.  The Egyptians referred to the heliacal rising of Sirius and its associated festival as prt spdt, “the going forth of Sopdet.” (Holberg page 9).  The Ancient Egyptians built special temples that would capture the heliacal rising of Sirius' light upon a special the altar.

Leo and Regulus
The heliacal rising of Regulus occurs in early September (in the northern hemisphere) and every eight years, the planet Venus passes near the star around that time.

Summary
Performing Associative Remote Viewing Sessions during Heliacal Risings, as far back as 4 a.m. maximum is one of the most accurate times to perform Associative Remote Viewings.
The period of a helical rising is when earth's shadow is fading as the sun rises in the east, and the bright star is still visible in the night sky.  
FACT -
SHADOWS HAVE BEEN SHOWN TO TRAVEL FASTER THAN LIGHT


Black Holes, Neutrinos and Intuition
Another interesting point I want to make here is the  stars within the peak LST Precognition time contain Black Holes.  These include regions of Aquarius (Cetus Star), or Virgo (Spica Star) or Cygnus (Deneb star) or Leo (Regulus star).

Research has found that cosmic neutrinos are emitted from flares at the centers of distant active galaxies. These galaxies are believed to host super massive black holes.
Reference
Where neutrinos come from
by Moscow Institute of Physics and Technology

Later in this paper I will go into the hypothesis that faster than light neutrinos are what causes Intuition.

Neutrinos from Radio Flares
These neutrinos occur because as matter falls toward the black hole, some of the matter becomes hyper-accelerated and than ejected into space.  These neutrinos than coast along through the universe, almost at the speed of light.  These high-energy neutrinos are born in active galactic nuclei during radio flares. Because  neutrinos and the radio waves travel at the speed of light they reach the Earth simultaneously.
Reference
Where neutrinos come from by Moscow Institute of Physics and Technology

High Energy Neutrinos
These are emitted from Blazers which also emit cosmic rays (which contain protons). A high-energy neutrino has been found to emerge from a galaxy in the Orion Constellation (a blazer type star).  This galaxy that contains a supermassive black hole at its center, emits powerful jets of high speed particles. The particles were detected on September 22, 2017 at the neutrino detector known as IceCube.  The neutrinos detected had an energy of almost 300 trillion electron volts.  As a comparison, high energy protons at the Large Hadron Collider in Switzerland can reach only 6.5 trillion electron volts.

Reference
Angela Olinto. University of Chicago. Science Magazine.

Sources of Neutrinos and their Types
Lower Energy neutrinos comes from exploding stars and our sun.

High-energy neutrinos (neutrino flares) come from blazars, like the one in the Orion Constellation.

Summary
Radio waves accompany Neutrinos. The neutrinos that are born in active galactic nuclei may also be creating Q Particles.

Cygnus acts as a Super Radio Broadcasting Station
All stars emit radio waves, as do the constellations. The constellation Cygnus, which includes the star Deneb, and has a black hole, emits a million times more radio energy than that emitted by our Milky Way. The constellation Virgo, which includes the star Spica (and which has a peak LST Precognition time of 06:00LST, which also has a black hole, also emits radio waves. Both Virgo and Cygnus are high energy galaxies and are called active galaxies. The constellation Virgo is one of the more closer constellation to earth.

Faster than light Neutrinos which I have termed "Q Particles" in this paper are able to travel at billions the times of the speed of light because of their light mass.  Considering grand events in the universe occur on such grand scales such as sun's that are 10 times the size of our sun, or black holes so large they could swallow our entire solar system or quazars that spin so fast the resulting gravity does not tear them apart. It is not such a stretch to think that faster than light particles actually exist.

Q Particles are simply another name for "tachyons". Just like a tachyon, instead of Q Particles increasing their speed via kinetic energy, they actually slow down, so the resulting speed is closer to the velocity of light from the high side when they become more energetic.

Interesting Facts about Ancient Egypt and Sirius

In Egypt the gaze of the Sphinx is orientated almost due east.

Some Ancient Egyptian temples have a tiny hole in their wall somewhere followed by another tiny hole through another wall, then through another wall and another, going into a dim inner chamber. In that chamber a type of cube or Golden Mean rectangle of granite would be placed. At the moment of the heliacal rising of Sirius, a ruby-red light would shine upon the altar.  This marked the New Year and  first day of the ancient Sirian, or Sothic calendar (Sothis – is the ancient name of Sirius).


Why the Brain can process and absorb more information when it is more Intuitive

Our brains receive approximately between 16 and 40 billion bits of sensory information   per second, yet we are aware of only a fraction of this. 

Learning to use Intuition is more than just being able to sense the future.  It allows more parts of the brain to be accessed when Intuition is used. This is why I have been able to write such groundbreaking books that have many discoveries in them because most of the information I receive to write, comes after I have done an ARV Session to remote the future position of a stock.

Proof that intuition enhances the brains ability to process more information is during the year 2000, which was a solar maximum  there were on average more solar flares. During this time new technologies such as Facebook, twitter and other new technologies were more common. Solar Flares also emit radio waves and neutrinos.

Solar Flares and Neutrinos
Solar Flares from earth's sun also produce neutrinos. These particles first begin as process of decay from of pions and kaons produced in interactions of protons and become accelerated in solar flares. Over years of practicing ARV sessions, I have found extreme accuracy using the ARV device when solar flares are taking place. Studies have found increases in the total neutrino flux as energetic solar flares occur. As the Protons are accelerated by the magnetic structures of solar flares they end up colliding with the solar atmosphere. This causes mesons to be produced which eventually decay and create neutrinos. The solar flares also emit radiation across the entire electromagnetic spectrum. Gamma-rays are also created   through the process of secondary electron bremsstrahlung radiation and neutral pion-decay and.

Reference
ON THE STUDY OF SOLAR FLARES WITH NEUTRINO OBSERVATORIES. G. de Wasseige for the IceCube Collaboration. Vrije Universiteit Brussel.


Summary
Solar flares enhance intuition, as shown in the last few years of ARV sessions . Hence, Peak LST Precognition Times are times the brain is processing larger amounts of information and senses are more alert and heightened during this time.

Just as the mind absorbs more information during the LST Peak Times (via enhanced Intuition), and because information is energy and vice versa, the cells of the body absorb more information, which is why when a person trains during optimal solar weather color codes chart----, they are able to become more fit and have a faster recovery time after intense exercise.

Why Faster than Light Sub-Neutrinos Enhance Intuition

It is my hypothesis that the main force used to receive the information received during ARV sessions comes from neutrinos.  Not just any ordinary neutrino, but what I term Q Particles, which are neutrinos that travel faster than light.  We can't detect them (yet) because we don't have the measuring instruments. 

The Neutrino Problem
In the late 1960s, several experiments found that the amount of electron neutrinos arriving from our Sun was between 1/3rd and 1/2 the number predicted by the Standard Solar Model. This discrepancy was than named the solar neutrino problem. Hence, there are more neutrinos out there that we have yet to detect.

Q Particles exist on a level just outside the visible spectrum of visible Neutrinos we can observe with our current scientific equipment. This level exists in the Spiritual dimension and technology needs to be developed to  make it possible to detect Q Particles that exist at this level of density / matter. They are extremely small (a nano-mass / subatomic mass). Hence, when technology matures that can understand the Spiritual, detection of faster than light neutrinos will become a reality.

Also as stated earlier, the sun's shadow is occurring at heliacal risings and shadows travel faster than light .

Operation Starshade utilizes the shadow effect to hunt for exoplanets.  The shadow effect in this case works by enhancing the chemical signatures of distant planets.

It may be that the shadow effect of the brightest stars acts as a lens or guiding path for neutrinos to follow due to the longer light wavelength. If this is true, there is yet another undiscovered spectrum of electromagnetic radiation. For example, the young unstable stars in the Taurus constellation emit enormous flares and Taurus, represented by the star Adbereen is in the period of peak Precognition .
Also during wintertime, when ARV Session accuracy is at its peak, the sun's shadow is longer, compared to the shorter shadows exhibited during summer.

Hypothesis
The effect of neutrino information transfer is anaglaous to the process of photosynthesis because both exhibit the effects of superimposition (a particle's ability to be in multiple places at once).

Further Reading
On possibility of time reversal symmetry violation in neutrino elastic scattering on polarized electron target
W. Sobków & A. BÅ‚aut. March 2018.

What are Neutrinos?
Neutrinos, as we know them in science today, play a key role in nuclear physics through the
weak force.  Neutrinos are 100 billion billion times less likely than light to interact with matter, yet they have kinetic energy, allowing the energy to be harnessed and used.  Neutrinos pass straight through Earth as effortlessly as a breeze blows freely through an open window.

ANTIMATTER EFFECTS
A neutrino has an antimatter counterpart which is called an antineutrino.  As this antineutrino collides with protons, it transmutes into positrons (which produces flashes of light) and other types of neutrons.

Photons and electromagnetic radiation are affected by gravity.  Neutrinos are affected by the weak nuclear force and, very faintly, by gravity. A neutrino can easily pass through 1000 light-years of lead without any form of resistance whatsoever (Neutrino-based communication is a first.  Physics World. IOP Publishing. 19 Mar 2012).  Hence, a communications system could be created that utlized faster than light neutrinos to communicate across light years of space using beams of neutrinos. Neutrinos also absorb electromagnetic waves (including light photons).
Reference
THE ABSORPTION OF ELECTROMAGNETIC WAVES BY NEUTRINOS
V. N. TSYTOVICH. P. N. Lebedev et al.Physics Institute, Academy of Sciences of the U.S.S.R.  Mar 1964.

NEUTRINOS FROM DEEP WITHIN OUR EARTH
Mark C. Chen, SNO+ project director and physics professor at Queen’s University in Ontario is currently working on using a liquid based scintillator to detect lower-energy antineutrinos that are produced by radioactivity occurring deep inside our Earth.

FACT - almost 100 billion neutrinos that originated in the sun just 1 second ago are passing right now through your body.

The Upcoming Future EMP Neutrino Weapon

Everybody knows that computer chips can be completely fried by an EMP Pulse.  Trillions of dollars has been spent building EMP Weapons as well as shields to protect against EMP Weapons. However in the future as more information is discovered about the faster than light neutrinos (Q Particles), it would be possible to piggy back an EMP Pulse on a neutrino. This means that no amount of EMP Pulse shielding would be effective because neutrinos travel through almost everything. This means that all our computers in the future would be at great risk of failure if in fact this gross weapon were ever deployed in a time of war. China already has mandates that for every scientific paper published, a hard copy is kept in storage. 

Utilizing Neutrinos for Deep space navigation
Because Neutrinos show Kinetic energy and Q Particles (my term for FTL neutrinos) spread out in all directions at once like lightening (superimposition properties), one can see out ahead when in a spaceship by calculating the variable changes / disturbances of the Q particles as they encounter objects throughout the universe, perhaps based upon the changes in their gravity. Hence a database / catalogue would be necessary to interpret what mass / object exerts a change in the behavior of a w particle. It is this scattering effect that creates a form of coherence, which allows it unlimited travel distance.

Using FTL Neutrinos to Send Messages
 Because neutrinos have no electrical charge, they are unaffected by magnetic fields.
Q Particles penetrate any matter or antimatter and in nature, form the basis for cosmic communication of all living things.  Because of this no distance exists between points of communication; hence a signal reaches through the entire universe. This would also mean that Q Particles connect the universe together as well as the communication at the cosmic level between all living things takes place. This may explain the anti-aging effects associated when using the ARV device.

High-precision technical equipment is necessary to detect these particles. Technology would make it possible to fit Q Particles with communication signals because light is already used to send and receive communication in the form of fiber optic cables and lasers. These signals would spread out like lightning throughout  the universe, indefinitely in all directions. Hence, in order to receive the signals, special and highly sensitive sensors are needed through which then the signals become transferred to a special separator and then decoded, kind of the same way a high power electrical transformer is used to "step down" higher voltage electricity, making it usable for household appliances.

Once the signal has been "attached" to the Q Particles, the signal between 2 points in space travel to and from distant locations via an artificially man made dimensional door.

Neutronic Communications Applications –
Using Neutrinos to send information has already been achieved.
Sending information to nuclear submarines. 
Regular radio waves are useless for long range submarine communications because the water slows down / blocks the electromagnetic signals. Seawater is opaque to electromagnetic radiation due to the short wavelengths necessary to send signals.  Today's submarines must float a clumsy wire antenna to the surface  of the ocean when sending or receiving communications signals. Because neutrinos have little mass. Hence, they are able to pass through anything.  This means zero interference, as well as unlimited distance.

Summary
If neutrinos can be modified to carry information from one point to another, it isn't hard to imagine modifying neutrinos to carry EMP energies and transmit them to a prescribed target to disable any electronic device that has a computer chip. This means no amount of EMP shielding would give any sort of protection against such a device.


Have Q Particles already been found?
Supernovae 1987A lasted 5-15 seconds with three of the  bursts taking place within a matter of seconds. A neutrino detector located under Mont Blanc detected 5 neutrino events almost 5 hours (16,900 sec) earlier than the others.

References
M. Aglietta and et al, “On the event observed in the Mont Blanc Underground Neutrino Observatory during the occurrence of supernova 1987a,” Europhysics Letters, vol. 3, no. 12, p. 1315, 1987.

M. Aglietta and et al, “On the neutrino burst from SN 1987a detected in the Mt. Blanc LSD experiment,” Nuclear Physics B - Proceedings Supplements, vol. 3, pp. 453–462, 1988.

G. E. Brown, S. W. Bruenn, and J. C. Wheeler, Comments Astrophys, vol. 16, p. 153, 1992.

S. Giani, “American Institute of Physics,” in Proceedings of the STAIF-99 Proceedings, 1999.

R. Ehrlich, “Evidence for two neutrino mass eigenstates from SN 1987A and the possibility of superluminal neutrinos,” Astroparticle Physics, vol. 35, no. 10, p. 625, 2012.

H. Huzita, “Neutrino Mass Speculation on The Events of Neutrinos from The Supernova Lmc 1987 A,” Modern Physics Letters A, vol. 02, p. 905, 1987.

R. Cowsik, “Neutrino masses and flavors emitted in the supernova SN1987A,” Physical Review D, vol. 37, Article ID 16851687, 1988.


This supernovae burst is a mystery because of their early arrival and because the 5 neutrinos comprising it have virtually the same energy (8 MeV). Reference - F. Vissani, “Comparative analysis of SN1987A antineutrino fluence,” Journal of Physics G, vol. 42, no. 1, Article ID 013001, 2015.


R. Ehrlich, “Tachyonic neutrinos and the neutrino masses,” Astroparticle Physics, vol. 41, pp. 1–6, 2013.

R. Ehrlich, “The Mont Blanc neutrinos from SN 1987A: Could they have been monochromatic (8 MeV) tachyons with m2 = −0.38 keV2?” Astroparticle Physics, vol. 99, p. 21, 2018.

C. Chen, “The 17 MeV Anomaly in Beryllium Decays and U(1) Portal to Dark Matter,” International Journal of Modern Physics A, vol. 32, no. 31, Article ID 1750178, 2017,
https://arxiv.org/pdf/1609.07198.pdf.

R. Ehrlich, “The Mont Blanc neutrinos from SN 1987A: Could they have been monochromatic (8 MeV) tachyons with m2 = −0.38 keV2?” Astroparticle Physics, vol. 99, p. 21, 2018.

C. D. Froggatt and H. B. Nielsen, “Dark matter balls help supernovae to explode,” Modern Physics Letters A, vol. 30, no. 36, Article ID 1550195, 2015.

Review of the Empirical Evidence for Superluminal Particles and the 3 + 3 Model of the Neutrino Masses.  Sept 2018.
Robert Ehrlich.

Q Particles are simply another name for "tachyons". Just like a tachyon, instead of Q Particles increasing their speed via kinetic energy, they actually slow down, so the resulting speed is closer to the velocity of light from the high side when they become more energetic. This is why the radiation produced by neutrinos encountering mineral oil crates faster than light particles because it is slowing down as it enters the mineral oil. 

MINERAL OIL
The Mineral oil group includes -
Paraffin, Dioctyl, Sodium sulphosuccinate

Are Tachyons Q Particles?
Definition - Tachyons
Hypothetical faster-than-light particles first suggested in 1962 by Bilaniuk, Deshpande, and Sudarshan. Tachyons gain speed as they lose energy.

Most theoretical physicists believe that the tachyon is a violation of relativity (Lorentz Invariance) and Causality (prohibition against backward-time signalling).  However, theorists have found ways around this.  For example, postulating a preferred reference frame or small violations of Lorentz Invariance etc.

Robert Ehrlich (Sept 2018) offers in his paper information regarding hypothetical faster-than-light tachyons and a model of  neutrino mass states. His paper includes the mysterious Mont Blanc neutrino burst from Supernovae 1987A being due to hypothetical tachyonic neutrinos. Hence an analogy is formed creating a new dark matter model supported by several datasets such as: rays from the galactic center, and the Kamiokande-II neutrino data on the day of SN 1987A.

Further Reading
E. Recami and R. Mignani, “Classical theory of tachyons (special relativity extended to superluminal frames and objects),” La Rivista del Nuovo Cimento, vol. 4, no. 2, pp. 209–290, 1974.

E. Recami, “Classical tachyons and possible applications,” La Rivista del Nuovo Cimento, vol. 9, no. 6, pp. 1–178, 1986.

A. G. Cohen and S. L. Glashow, “Pair creation constrains superluminal neutrino propagation,” Physical Review Letters, vol. 107, Article ID 181803, 2011.

Feinberg argued no physical laws exist forbidding the existence of tachyons. This has prompted a number of experimental searches for such tachyons however, up to now, none have produced convincing evidence for their existence. The simple reason being technology is not available that can take a picture of trillions of frames per second.

As incoming neutrinos encounter  mineral oil, they travel fast enough to leave wakes.  This causes miniature "sonic booms" to occur. This occurs because mineral oil slows down light particles. This creates an opportunity for particles to travel faster than light in the mineral oil. The sonic boom type shockwaves of light that occur are conical in shape and spread out from the point of interaction. This faster than light radiation is known as the Cherenkov effect. As the charged particles surpass the speed of light radiation is produced and the radiated emission is termed the Cherenkov effect.  This effect is one of the most fundamental processes in classical electrodynamics. Cherenkov effects exhibit effects at the quantum scale arising from the electron behaving as a wavefunction rather than a point particle.
Reference
Observation of the Stimulated Quantum Cherenkov Effect

Cerenkov Radiation -
Cerenkov luminescence (CL) was first described by Russian scientist Pavel Alekseyevich Cherenkov in 1934 working under Sergei Ivanovich Vavilov. His observations consisted of seeing blue light emanating from a bottle of water that was subjected to beta radioactive decay. Further research showed the charged particles emitted from at a velocity higher than the speed of light and were the cause of a specific type of luminescence (Cherenkov, 1934). Hence, the phenomenon was hence named Cerenkov luminescence. P.A. Cherenkov along with Il´ja Mikhailovich Frank and Igor Yevgenyevich Tamm was awarded the Nobel Prize in Physics in 1958 for the discovery and explanation of the Cerenkov effect.

Making Neutrinos on Earth
The MINERvA detector (NuMI) is a man made neutrino detector that produces the most intense high-energy neutrino beam in the world and has successfully transmitted information across a short distance using binary code to do so. The hexagon shaped MINERvA weighs several tons and is large enough for a person to step though. It is interesting that the name is MINERvA and when chekov radiation enters mineral oil, they create faster than light particles.

Observation of the Stimulated Quantum Cherenkov Effect

Mineral oil is one such substance that slows down the light particles, causing for a brief moment, the particles to travel faster than light in the mineral oil due to the electromagnetic wakes that are left behind, like the wakes left by a passing boat in water. This produces conical shaped shockwaves that spread out from the collision point.
Reference
Detecting Neutrinos. Booster Neutrino Experiment.

Cherenkov radiation
Cherenkov radiation is produced by Tritium, which is used in the ARV device .  Cherenkov radition emits particles that travel faster than light and Tritium has a half life of only 12 years. Cherenkov detectors are used to detect neutrinos.

Tritium and Anti-Neutrinos
V. N. Aseev, “Measurement of the electron antineutrino mass in tritium beta decay in the Troitsk nu-mass experiment,” Phys. of Atomic Nuclei, vol. 75, no. 4, p. 464, 2012.

V. M. Lobashev et al., “Direct search for mass of neutrino and anomaly in the tritium beta-spectrum,” Phys. Lett. B, vol. 460, p. 227, 1999.

E. Recami, Foundations of Physics, Springer, 1987.
J. Ciborowski and J. RembieliÅ„ski, “Tritium decay and the hypothesis of tachyonic neutrinos,” The European Physical Journal, vol. 8, no. 1, pp. 157–161, 1999.

Askaryan Radiation Faster Than Light Effects
Askaryan radiation also known as Askaryan effect is the phenomenon whereby a particle traveling faster than the phase velocity of light in a dense dielectric (such as salt, ice or the lunar regolith) produces a shower of secondary charged particles which contain a charge anisotropy and thus emits a cone of coherent radiation in the radio or microwave part of the electromagnetic spectrum. It is similar to the Cherenkov radiation. It is named after Gurgen Askaryan, a Soviet-Armenian physicist who postulated it in 1962.

The radiation was first observed experimentally in 2000, 38 years after its theoretical prediction. So far the effect has been observed in silica sand,rock salt, ice and Earth's atmosphere.

Ultra High Energy Neutrinos
Ultra-high-energy neutrinos and cosmic rays produce short radio flashes through the Askaryan effect when they impact on the Moon.
Reference
Searching for Neutrino Radio Flashes from the Moon with LOFAR. Stijn Buitink. et al. May 2014.

The effect is of primary interest in using bulk matter to detect ultra-high energy neutrinos. The Antarctic Impulse Transient Antenna (ANITA) experiment uses antennas attached to a balloon flying over Antarctica to detect the Askaryan radiation produced as cosmic neutrinos travel through the ice. Several experiments have also used the Moon as a neutrino detector based on detection of the Askaryan radiation

Observation of the Askaryan Effect: Coherent Microwave Cherenkov Emission from Charge Asymmetry in High Energy Particle Cascades".

Where do Neutrinos Come from?

Where do Neutrinos Come From?
All supernovae act as neutrino factories, creating huge numbers of neutrinos and antineutrinos simultaneously with them having all three flavors.

The majority of Neutrinos that we know of are born at the heart of massive stars, deep within
the stellar core. A supernova is caused when a star has exhausted its fuel supply, which causes the star’s core to rapidly retreat causing the core to become almost instantly crushed by gravity. This crushing effect becomes so strong that an opposite effect takes place resulting in a giant explosion.  So much energy is released during this  event that for a very brief period, the dying star
outshines an entire galaxy that can contain over ten billion stars.

All this takes place in less than a split second. It is during this phase that neutrinos are born. As for the rest of the star, it becomes a tiny object known as a neutron star with gravity so strong that if you saw a pebble upon its surface, you would not be able to pick it up (a basketball-sized chunk weighs approximately 10 trillion tons). It is interesting to note that the star Sirius has extremely dense surface gravity and Sirius was a Star that upon its Helical rising, was of extreme importance to the Ancient Egyptians and many of the LST Precognition Stars (4 Royal Persian Stars) may contain Black Holes.

Supernovas occur on average every 50 or so years per galaxy. However, earth receives neutrios from supernovas that cannot be seen with the naked eye.

Technetium and Supernova's
Recently, scientists found markers for five of the six types of neutrinos that come in the form of specific types of chemical elements (isotopes).  These are produced as neutrinos interact with matter (transmutation).

For example, an isotope of technetium with 98 neutrons and protons (^98Tc) and its resulting interaction (electron anti-neutrino) may be responsible for 20 percent of a supernova’s output of ^98Tc. Technetium transmutes into a form of ruthenium (98Ru).  Hence supernovas that ejected Technetium into the gas and resulting dust that formed the solar system we are living in, would still contain the ruthenium.

By measuring the amount of 98Ru (an isotope of Ruthenium) in meteorites it is possible to estimate the amount of  Technetium (98Tc) present in the material from which our Solar System was created.

In February 1987 Supernova 1987A (SN1987A) took place in the Large Magellanic Cloud from which neutrinos were observed to come from. Two underground neutrino detectors (Kamiokande II in Japan and IMB in Ohio) detected
sudden bursts of twelve and eight antineutrinos occurring over a 10-second period. The neutrino mas was less than 10 electron volts.

Q Particles and Supernovas
Supernovas are the most powerful events in our observable universe creating light for a few seconds that outshines entire galaxies.  A recent example being Supernova 1987A. The huge amounts of energy produced during this Supernova may be used as a "test bed" for Q Particles because the light and its resulting neutrinos from the explosion had to cover over 160,000 light years; going from the Large Magellanic Cloud to our detectors on earth.

Hence viewing Supernova 1987A one can imagine it as a 160,000 year race between the photons and neutrinos; with the fastest particles arriving at the finish line on earth first.

Data has proven that the neutrinos produced by Supernova 1987A arrived 18 hours BEFORE the photons arrived on earth. This took place because neutrinos, which have a light mass and thus are unimpeded by matter, are able to leave the Supernova immediately, while the heavier, bulky photons have to wait in line to ride the "shock wave" as it begins to unravel from the core of the collapsing star to its surface. Data from Supernova 1987A showed that the neutrinos arrived in "clumps" in 12 second delays in a spread type formation. .

The burst of 24 neutrinos seen in the Kamioka, IMB and Baksan detectors, arrived about 3 hours before the light was recorded from SN 1987A.
Reference
Tachyonic neutrinos and the neutrino masses. Robert Ehrlich. 2013.

Neutrinios have been observed to come from supernovas. Cygnus, as well as the Crab Nebula are remains of supernovas. As well as the Gum Nebula, Tychos supernova and keplers supernova.

The Cygnus Constellation is the remains of a supernova that occurred approximately 20,000 years ago and is one of the closest constellations that has had a supernova.  The closest is the Gum Nebula, which is 20 times the size of Cygnus.

Neutrinos cause Supernovas
In 1965 Stirling Colgate and Richard White suggested that heating by neutrinos upon a star was the mechanism responsible for the star going supernovae.

It may be that a heliacal rising allows the cells of the body to slow down or somehow tap into the information contained in neutrinos. During an heliacal rising, the sun's shadow is approaching and the sun has not risen.  It is a confirmed scientific fact that shadows travel faster than the speed of light and Edward leedskalin (the man who levitated large stones) always worked at night.

THE ARV DEVICE IS A FASTER THAN LIGHT NEUTRINO DETECTOR

After many years of experimenting with the ARV Device,  I have reached the conclusion that it is acting in cohort / synergy with the faster than light particles arriving before dawn.  I reached this conclusion because just a few months ago I discovered that almost all the materials used to construct the ARV Device are also used to convert the kinetic energy of neutrinos into electrical power (Yes neutrinos DO HAVE MASS, it is just very , very small.  But because there are billions of them passing through your body every second, the mass number can be used to harvest electrical power).  

In 1932 Sir James Chadwick discovered the neutron.
Because neutrinos have mass, they can be harnessed and used for energy.

Also Townsend Brown's research picked up a specific type of energy emanating from rocks in Waikiki, Hawaii. Townsend Brown also talks about monazite sand and petrochorine dru cleaning fliid which may be used to detect this strange energy. Monazite sand is a primary component in the ARV device and is also mentioned in Townsend's Brown research.

The Abundance of Neutrinos
Our sun makes approximately 61,000,000,000 neutrinos per second which exist at 1 square centimeter per cross section on Earth. The Human body covers an area to the sun of approximately 10,000 square centimeters. Hence, approximately 610 trillion neutrinos are passing right through your body in just the second it takes you to read this line. Hence, this mass of swarming neutrinos is what allows neutrinos to pass through light years of lead without impediment. With such energy, a device has been invented to gather the kinetic energy from these neutrinos and turn it into electricity. 66 billion neutrinos pass through each centimeter of your body every second.  /

Reference. Karl Kuhn

How Many Neutrinos Come from our Sun?
It takes our sun approximately 8.3 minutes to eject  approximately 610 trillion neutrinos which come from the fusion reactions in the center of our sun and enter the earth.

How to Utilize the Energy of Neutrinos to Generate Electricity
In one research experiment, researchers utilized thin layers of graphene and silicon that were spread lightly upon layers of scotch tape (a highly electrostatic substance).  This simple design was successfully used to collect neutrino energy which successfully created a resonance energy from neutrinos, which than successfully converted the kinetic energy into usable electricity (Schubart et al).

To create prepare the Scotch Tape, researchers took a piece of Scotch Tape and placed it over a block of pencil lead, pulling off tiny layers of graphene (trilayer flakes).  Next the ultra-thin graphene layers are placed between layers of boron nitride (which prevents buckling). This allows the atoms in the alternating layers to line up, generating a "moiré" pattern, allowing the trilayer graphene to capture and hold onto the incoming neutrinos.

As the neutrinos pass through the layers, instead of being "captured" they cause the graphene to emit vertical impulses and the silicon to emit horizontal impulses. This causes the atoms to create a vibrational resonance which is carried over to the substrate and the kinetic energy is converted into electricity. The larger the area the more power. Hence, one day trilayer graphene could replace today's existing superconductors.

Below I am going to go into details about the patent used to harvest energy from Neutrinos.  I am listing this is great detail, because almost all of the materials I just by coincidence over the years happened to use to construct the ARV device, which I did mostly via Intuition as well as much cross referencing of 2D Materials.

Patent WO2016142056A1
Neutrino Detector using 2D Type Materials

Parts Used-
Aluminum or an aluminum alloy called a neutrinoor Ntrino film. The film contains a coating of graphene and silicon. The metallic carrier contains indifferent processes such as evaporated, sprayed, glued in different sequences.

The kinetic energy from neutrinos is converted into electricity via nanotechnologically modified structure lattices that serve as a braking medium for the incoming neutrinos (for example doped graphene).

CONDUCTION OF ENERGY
It includes conductor mediums; including silicon and a transfer medium such as a silver, aluminum or gallium.

The foil consists of coatings of silver, gold, copper, gallium or aluminum or one of their alloys. Silver or Gold alloy or an aluminum gallium alloy is highly preferred. A foil made of silver or a silver alloy achieve better values.

*** SILVER WORKS BEST - DEVICE TRANSFERS NEUTRINOS TO THE SILVER WIRE WHICH THE HAND THAN INTERPRETS

Other alloys include - Aluminum-manganese, magnesium, copper, silicon, nickel, zinc, Beryllium alloy and their mixtures are possible.

It is particularly advantageous if the coated foil is made of made of gold or silver, an aluminum-gallium alloy or  a gold or silver alloy. This enhances conductivity by increasing the flow rate.

ARV DEVICE HAS A COIL OF SUPERFINE SILVER WIRE AT TIP END

DETECTION SENSITIVITY
The film has a thickness is between 0.01 mm and 4 mm, preferably from 0.01 mm to 1 mm, particularly preferably 0.05 mm - 1 mm.

Coating is approximately 10% to 80% silicon, preferably 10% to 50%Silicon, and is best at  25% silicon.The coating can also contain 20% to 90% graphene, and is best at 50% to 90%Graphene, particularly preferably 75% graphene.

It works best to use a nano-coating in which Graphene and silicon are present as nanoparticles with Silicon at 5nm to 500nm.  Best results occur at 5nm and graphene 20nm to 500nm, with maximum values at 20nm. Efficiency becomes enhanced the smaller the particles. The coating contains alternating layers of silicon and Graphene. 12 layers achieves maximum efficiency.

*** POWER BOOST
****** Performance is boosted using when on the silicon Germanium, selenium, tellurium or copper oxide is added. Also niobium, tantalum, molybdenum and antimony. Doping  the graphene region contributes significantly to the increase in device performance. 

The metallic support represents the negative pole and the graphene the positive pole.

WORKS BEST AT NIGHT TIME
The layers can be used underground or in water and work best during the night compared to during the day. Less solar interference occurs during night.

Manufacturing Details

First a layer of silicon by spraying or steaming.

Second a Silicon layer is hardened, dried and flushed with liquid nitrogen.

Third, the graphene layer is applied to the film

Fourth, the graphene layer is hardened, dried and with liquid nitrogen is rinsed.

Fifth, germanium, selenium, copper oxidal,Tellurium, tantalum, niobium, molybdenum and / or antimony can be applied.

Sixth, the graphene is doped with Ferroniobium, nickel niobium, yttrium or samarium oxide.

Graphene and silicon powder are placed on a commercially available aluminum foil. This creates an aluminum foil with a coating thickness of 0.1mm or less. The ratio of the components Silicon and graphene in the coating of the film is approximately 25% silicon and 75% graphene.

Professor Günther Krause, a scientific partner of the Neutrino Energy Group states that utilizing cosmic radiation—neutrino radiation energy requires composites that are elastic because they convert the kinetic energy arising into electricity more effectively (see Patent WO2016142056A1 for further details).

Graphene Behaves Similar to Neutrinos
Time Reversal Symmetry -
Time Reversal Symmetry is where particles travel faster than light speed; generating time reversal effects. As electrons in graphene slow to low energy levels, they obey the two-dimensional Dirac equation.  This allows them  to behave very similar to neutrinos, generating ‘effective time-reversal symmetry breaking.
Reference
Nanophysics in graphene: neutrino physics in quantum rings and superlattices. BY H. A. FERTIG AND LUIS BREY 2010).

Summary
The ARV device creates a resonance / oscillation of future energy which the body interprets via the nervous system using a specific type of neutrino emitted (Q Particles?) from solar flares, including solar flares from distant galaxies.  Hence, if this specific type of neutrino is capable of travelling such excessive speeds, than these neutrinos emitted from flares in distant galaxies or stars (Deneb and the Virgo constellation), would have faster than light properties, allowing the human nervous system to experience what we term intuition due to the faster than light particles / neutrinos.

ARV Technology and Tritium

Tritium
One of the main component of the ARV Device  are 2 rods of Tritium. Tritium emits Cherenkov radiation and the energy emitted from Tritium has been attributed to tachyonic particles?

Using resolution of modern spectrometers recent measurements indicate an excess of counts near the endpoint of the electron energy
spectrum in tritium decay. We show that this effect is expected if the neutrino is a tachyon.
Reference
Tritium Decay and the Hypothesis of Tachyonic Neutrinos. Jacek Ciborowski.

The Moon's First Quarter
ARV Sessions always peak around first quarter moons.   I have written that this is so because of the sonic booms that take place on the moon during this time.
Lepton Neutrinos are created on the moon. Neutrinos impinging on the Moon will interact below the lunar surface. In a charged current interaction ∼ 20% of the energy is converted into a hadronic cascade. The leptons that are created are in principle detectable
Reference
Searching for Neutrino Radio Flashes from the Moon with LOFAR. Stijn Buitink et al.

The first quarter moon is a time that sonic booms are emitted on the moon.

Sonic booms from the solar wind during the moon's  first quarter send their particles through multiple points in time / time zones simultaneously (in the past and the future) piggy backing on Earth’s  Schuman resonance frequencies.

The Askaryan radiation also known as Askaryan effect (which occurs on the moon) is the phenomenon whereby a particle traveling faster than the phase velocity of light in a dense dielectric (such as salt, ice or the lunar regolith) produces a shower of secondary charged particles which contain a charge anisotropy and thus emits a cone of coherent - the effect has been observed in silica sand, rock salt, ice and Earth's atmosphere.

Neutrinos and cosmic rays impacting the Moon create cascades below its  surface creating time-varying negative charges excess propagating at the speed of light producing radio emissions between 110 and 190 MHz.
Reference
Searching for Neutrino Radio Flashes from the Moon with LOFAR. Stijn Buitink et al. Jan 2013.
 
As incoming neutrinos encounter  mineral oil, they travel fast enough to leave wakes.  This causes miniature "sonic booms" to occur. This occurs because mineral oil slows down light particles. This creates an opportunity for particles to travel faster than light in the mineral oil.

As a neutrino collides with a water molecule the charged particles are ejected, much the same way a jet plane traveling faster than speed of sound creates sonic booms.  The charged particles created by the neutrinos interacting with the water create visible shock waves that can be detected by photomultiplier tubes in a facility’s liquid filled tank.

This type of detection strategy is being used involving ice cold normal water at Super-Kamiokande and at D2O at SNO; the IceCube observatory, at the South Pole.

Geomagnetic Activity and Associative Remote Viewing
ARV sessions work best when earth's geomagnetic energy, as measured by Frederskburg is between 7 and 11 as shown in the previous research summary.  Just as a magnet's north and south pole attract one another, slightly moderate geomagnetic energy between two points in time convey information between those two points via the geomagnetic energy. This sweet spot of magnetic activity may be reducing the distance of Intuition / Intention between 2 points in space and time.

Hence, this would explain why ARV sessions were not as accurate when earth's geomagnetic activity was super quiet or calm.  Because information and energy travel via resonance / oscillation, this resonance may exhibit healing effects not just upon the body, but also heals the earth as well. Kind of like a "time reset" mechanism.

PAH's
Polycyclic aromatic hydrocarbons
There are 2 main groups of PAH's.  The first group is created by slow burning / roasting of substances such as coffee or Anthracene found in Aloe Vera are good for the body. For example,  Zaro Agfha who lived a very long life, worked in a coffee shop. The second group of PAH's are found in crude oils, mineral oils, bitumens, and tars and are formed during the incomplete combustion of fossil fuels and oil products such as motor vehicle exhaust, coal and wood burning, and tobacco smoking (tobacco contains anthracene). PAHs also occur as trace contaminants in media such as air, water, and soil.

Anthracene
Cascara extract is utilized in the ARV Device because it contains Anthracene.
Anthracene is a photosensitizer. Photosensitizers absorb  ultraviolet light or electromagnetic radiation and  transfer that energy to adjacent molecules. Black holes emit UV light?  CHECK. Hence, Anthracene may be effectively absorbing Q Particles and then re-emitting it or "stepping down" the energy, making it usable by the human nervous system to interpret the information it contains. 

Cooled Silicon Enhances the Detection of X-Rays
As a silicon crystal in its semiconductor state is cooled, an X-ray is passed through it. This causes a significant rise in temperature and the accompanying temperature rise is registered.

A photosensitizer acts similar to the process of photosynthesis in where a molecule produces a chemical change in another molecule via a photochemical process. Photosensitizers are used in polymer chemistry to intitate reactions in photocrosslinking, photopolymerization and photodegradation.

Photosensitizers are also used to generate triplet excited states in organic molecules where photocatalysis, photon upconversion and photodynamic therapy are utilized.

The process of Photosensitization is an act of absorbing ultraviolet or the visible region of electromagnetic radiation and than transferring it to adjacent molecules.
Photosensitizers have large de-localized π systems where lower energy of HOMO orbitals and their absorption of light ionizes the molecule.

Particles that form smog come in different flavors. Two important ones are sulfates, from sulfur dioxide emitted mainly by coal-fired power plants.

It is interesting to note here that anthracene and mineral oil, both used to detect neutrinos are laxitives and Aloe Vera, which contains Anthracene is also a laxitive. In longevity and lifespan research laxitive type substances, especially those found in herbs show great potential to extending lifespan. Examples include FO TI (he shou wu) and Senna.  Senna and Aloe both contain anthtracene.  And the plant Cascara, abundant in anthracene, is also a laxative and may slow lifespan extension in future research studies.

The scintillation response of anthracene and stilbene is low-energy protons (170-570 kev) and x-rays (10-40 kev).

A polymer matrix housing small grains of p-terphenyl or stilbene (which is similar to anthracene). P-terphenyl and stilbene are organic scintillators commonly used in the 1970's and used to detect neutron and gamma rays.  The energy transferred causes  visible light. When fast neutrons collide with the target light nucleus in the detectors, they create recoil particles and this light is produced by protons.

Hypothesis
Q Particles become ionized which slows down their particles as they enter specific materials in the ARV device.
Hypothesis Section

This next section outlines the theories I have regarding how these particles are interacting with the ARV Device as well as the Human Nervous System in order to create Intuition.
Hypothesis #1

As neutrinos encounter black holes, they turn into Q particles due to the forces of the black hole accelerating them to speeds billions of times faster than the speed of light. This must mean that if one were to calculate the number of neutrinos before entering the region of a black hole and then count the number of them exiting the region of a black hole that there would be less of them.  If we had the technology to measure Q particles than one would find an increase in Q particles as neutrinos exit the region of a black hole.  Precognition peaks whenever these black holes are on the eastern horizon, rising in the east. 

It is now a scientifically confirmed fact, that if you were in a space ship and parked yourself at the rim of a black hole, that years or even decades would pass back on earth, while in your space ship only a few minutes or hours would pass.

References
Harvard.edu  and MIT 

If Intuition has superimposition effects, allowing intention to be at multiple places at once and unaffected by distance, perhaps the ring of a black hole contains particles that are slightly time shifted into the future, or neutrinos (or Q particles) become trapped in the rim of the black hole and the mind is able to tap into these future particles).

Solar Flares and Neutrinos
ARV accuracy is enhanced when solar flares occur, but not sunspots. This is because solar flares emit much more energy than a sunspot.  It may be that the constellation Virgo and the star Deneb emit solar flares from their companion suns.  Hence, black holes may emit some type of unknown, unaccounted for type of solar flare.

As stated in this paper, when neutrinos react with mineral oil it creates a chemical reaction that causes the particles to travel faster than light. Astrophysics Researchers have discovered that as matter falls toward a black hole, some of this matter becomes accelerated giving rise to neutrinos that then coast along through the universe at nearly the speed of light with some of these particles entering earth's atmosphere.

Research showed that during radio flares, high-energy neutrinos are created, travelling at the speed of light in the form of radio waves reaching Earth.
Reference
Where neutrinos come from
by Moscow Institute of Physics and Technology

Further Reading
On possibility of time reversal symmetry violation in neutrino elastic scattering on polarized electron target
W. Sobków & A. BÅ‚aut. March 2018.

Solar Flares and Neutrinos
Research has found extreme accuracy using the ARV device when solar flares are taking place. Studies have found increases in the total neutrino flux as energetic solar flares occur. As the Protons are accelerated by the magnetic structures of solar flares they end up colliding with the solar atmosphere. This causes mesons to be produced which eventually decay and create neutrinos. The solar flares also emit radiation across the entire electromagnetic spectrum. Gamma-rays are also created   through the process of secondary electron bremsstrahlung radiation and neutral pion-decay and.

Reference
ON THE STUDY OF SOLAR FLARES WITH NEUTRINO OBSERVATORIES. G. de Wasseige for the IceCube Collaboration. Vrije Universiteit Brussel.

Solar Flares from earth's sun also produce neutrinos. These particles first begin as process of decay from of pions and kaons produced in interactions of protons and become accelerated in solar flares.

Hypothesis #2. - How neutrinos convey future information

Because neutrinos have such little mass, passing through almost anything, this would mean that they can easily pass through the regions of black holes, picking up information about the future along the way.  As they exit the region of the black hole they carry that information with them and as they enter earth, convey that information to those sensitive enough to pick up the information (or by use of advanced technology). It is a fact that if you parked your space craft at the edge of a black hole, thousands of years would pass on earth, yet your space craft's clock would only show that a few minutes or hours have passed.

Hypothesis #3. 

Q Particles come from Cosmic Rays
As cosmic rays are ejected from Blazers, they encounter black holes on their way to earth and turn into Ultrahigh energy cosmic rays. The black holes accelerate the protons which change their flavor into Q particles.

As they enter earth's atmosphere, if earth's Shuman Resonance is more coherent, they undergo another change, developing slowly like a film as they enter our 3D reality.

Hypothesis #4

Lighting strikes striking the earth, fueling earth's Schuman resonance, may further change / accelerate Q Particles, especially during coherent periods of Schuman resonance activity.  Solar flares may further acclerate these Q particles widening the ever-present "gap" that exists between the future and the past.

Hypothesis #5

As the "Q Particles" are ejected from supernovas, they encounter sun's that are exhibiting solar flares.  They become trapped in the sun's interior, taking millions of years to reach the sun's surface where they are enjected.  When ejected and hurled towards earth they become pulled in by earth's higher geomagnetic energy field.

Hypothesis #6

Neutrinos travel line of sight like microwave communication.  At LST time slots the black holes that emit neutrinos are rising east on the horizon.  Neutrino detection equipment and possibly the mass of earth itself slows down / captures some neutrinos.  Hence a full unimpeded / non interference transfer of neutrinos occurs during the LST times as the black holes are aligned / rising in the east. Or perhaps computer equipment used during the precognition tests captured the neutrinos creating a type of neutrino fusion environment which enhanced PK.

Hypothesis #7

The neutrinos must be binding to / merging with something similar to the way ionic bonding takes place. As they merge the energy may be "stepped down" causing easier interpretation of the information to take place.

Hypothesis #8

The energy from the Time Shadow may include Q Particles which get caught up in the coherent stream of electromagnetic energy emitted by the brightest stars.

Hypothesis #9
Q Particles may be activating a part of the mind that enhances precognition because they penetrate deep and Cerenkov Radiation combined with Q particles further synergizes this deep penetration.

Hypothesis #10

Gravity travels in a straight line because curved objects in the distance have sharp well defined edges (enhanced contrast) due to the straight light rays. Because gravity travels in straight lines, it may be acting as a relay or carrier for neutrinos.

Hypothesis #11

If neutrino travels through higher dimension than it may be possible that without travelling faster than light it can cover same distance as covered by light but in less time if light travels in 4 dimension - hence Q particles may be utilizing another dimension to travel.

Hypotheis #12

The human nervous system has thin layers of nerves, analogous to a neutrino detector that can convert the kinetic energy of neutrinos into electricity. Because the human nervous system operates based upon electric principals, neutrinos, or a specific type of neutrino, may be interacting with the human nervous system, creating what is defined as "intuition". This is because neutrinos interacting with various substances create faster than light particles.

Q particles may cause ripple effects in the speed of light - perhaps in large open deep in-disturbed  regions of open outer space where interference is less likely they would be easy to find.

The Schuman Resonance
The travel of Q Particles exhibits a lighting type effect, allowing them to travel throughout the universe instantly.  It is lightening that causes earth's Schuman resonance. The Wingmakers, an online forum website, talks about a man who tries to build a time machine utilizing a resonance inside a cavern, a place of strong natural resonance .

References
Searching for Neutrino Radio Flashes from the Moon with LOFAR. Stijn Buitink. et al. May 2014.

“Are muon neutrinos faster-than-light particles?” Physics Letters B, vol. 178, pp. 115–120, 1986.

V. M. Lobashev et al., “Direct search for mass of neutrino and anomaly in the tritium beta-spectrum,” Phys. Lett. B, vol. 460, p. 227, 1999.

E. Recami, Foundations of Physics, Springer, 1987.
J. Ciborowski and J. RembieliÅ„ski, “Tritium decay and the hypothesis of tachyonic neutrinos,” The European Physical Journal, vol. 8, no. 1, pp. 157–161, 1999.

R. Ehrlich, “Tachyonic neutrinos and the neutrino masses,” Astroparticle Physics, vol. 41, pp. 1–6, 2013.

R. Ehrlich, “The Mont Blanc neutrinos from SN 1987A: Could they have been monochromatic (8 MeV) tachyons with m2 = −0.38 keV2?” Astroparticle Physics, vol. 99, p. 21, 2018.

Superluminal References
O. M. P. Bilaniuk, V. K. Deshpande, and E. C. G. Sudarshan, ““Meta” Relativity,” American Journal of Physics, vol. 30, pp. 718–723, 1962.

E. Recami, “On localized “X-shaped” Superluminal solutions to Maxwell equations,” Physica A, vol. 252, pp. 586–610, 1998.

V. S. Olkhovsky, E. Recami, and G. Salesi, “Superluminal tunneling through two successive barriers,” Europhysics Letters, vol. 57, no. 6, p. 879, 2002.

P. D. Barthel et al., “Superluminal motion in the giant quasar 4C 34.47,” Astrophysical Journal, vol. 336, p. 601, 1989.

E. Recami, “Superluminal motions? A bird's-eye view of the experimental situation,” Foundations of Physics, vol. 31, pp. 1119–1135, 2001.

E. Recami, “A homage to E.C.G.Sudarshan: Superluminal objects and waves (An updated overview of the relevant experiments),” https://arxiv.org/abs/0804.1502.

E. Recami and R. Mignani, “Classical theory of tachyons (special relativity extended to superluminal frames and objects),” La Rivista del Nuovo Cimento, vol. 4, no. 2, pp. 209–290, 1974.

E. Recami, “Classical tachyons and possible applications,” La Rivista del Nuovo Cimento, vol. 9, no. 6, pp. 1–178, 1986.

A. G. Cohen and S. L. Glashow, “Pair creation constrains superluminal neutrino propagation,” Physical Review Letters, vol. 107, Article ID 181803, 2011.

R. L. Kinzer et al., “Positron annihilation radiation from the inner galaxy,” Ap. J., 559:282, 295 (2001).

N. Prantzos et al., “The 511 keV emission from positron annihilation in the Galaxy,” Reviews of Modern Physics, vol. 83, p. 1001, 2011.

M. Aglietta and et al, “On the neutrino burst from SN 1987a detected in the Mt. Blanc LSD experiment,” Nuclear Physics B - Proceedings Supplements, vol. 3, pp. 453–462, 1988.

R. Ehrlich, “Evidence for two neutrino mass eigenstates from SN 1987A and the possibility of superluminal neutrinos,” Astroparticle Physics, vol. 35, no. 10, p. 625, 2012.

H. Huzita, “Neutrino Mass Speculation on The Events of Neutrinos from The Supernova Lmc 1987 A,” Modern Physics

R. Cowsik, “Neutrino masses and flavors emitted in the supernova SN1987A,” Physical Review D, vol. 37, Article ID 16851687, 1988.

R. Ehrlich, “Tachyonic neutrinos and the neutrino masses,” Astroparticle Physics, vol. 41, pp. 1–6, 2013.

M. H. Chan and R. Ehrlich, “Sterile neutrino fits to dark matter mass profiles in the Milky Way and in galaxy clusters,” Astrophys. and Space Sci, vol. 349, no. 1, p. 407, 2014.

J. S. Bagla, H. K. Jassal, and T. Padmanabhan, “Cosmology with tachyon field as dark energy,” Physical Review D, vol.

C. Schwartz, “Tachyon dynamics — for neutrinos?” International Journal of Modern Physics A, vol. 33, no. 10, 1850056 pages, 2018.

J. Feng et al., “Protophobic Fifth-Force Interpretation of the Observed Anomaly in Nuclear Transitions,” Physical Review Letters, vol. 117, Article ID 071803, 2016.

The Galactic Background Radiation. NASA.gov

Download Plans to Make your own ARV Device

I have put the entire construction of the ARV device into detailed schematic form.  You can build the device for yourself from scratch.  Not only does it sharpen intution, but you also receive more physical energy as a positive side effect. You can download the plans after checkout by clicking the button below.