Astrochemistry ignites the scientific world by seeking unknown new chemical reactions and molecular structures to replace faulty star fusion models that fail observations. Hydrogen and helium in superliquid and supersolid superconductive states in star cores, and lab examples graphene and silicene, explains the mystery puzzling gravity theorists, for the sun's source of enormous magnetic and electric fields.
Electricity organizes and connects fractal structures in the universe. Everything learned in science and objective reality comes from studying electromagnetic phenomena. Hydrogen and helium superfluids and supersolids, are being discovered, that superconduct electricity during exotic transitional states under extreme outer space conditions, like those found inside stars and galaxies. The universe's most natural abundant atoms hydrogen and helium, are in a liquid metallic state in the interiors of red giant stars, and the Jovian gas planets. Supersolid Hydrogen-6 forms hexagonal lattices that analogue mimic the electrical properties of graphene, a superconductor at room temperatures. Oxygen and nitrogen ions found in intergalactic filaments should also naturally display superconductivity in outer space, by transforming into a vortex lattice superstructure. Heat converts into electricity when charged plasma ions in a hydrogen filament acquire superfluidity and contacts graphene, rather than just in experimental laboratory aqueous solutions. High temperature iron superconductivity discovered in 2008, when suddenly occurring in a star, explains supernovas having enormous amounts of explosive polarity ejections of plasma iron ions.
Graviton sinks Thor to the bottom of the ocean, but the immortal God of electricity and thunder rejuvenates, and unleashes lightning from the upper atmosphere magnetosphere currents, essentially destroying the super villain's hugely inflated ego of controlling the fundamental force of nature.
Current gravity star models fail predictions again. Extremely rare O-type stars shock scientists, having been found in a new ESO study to be 75% in binary systems, that are interactingextremely near to another O-type star. If gravity was responsible for contracting molecular clouds to form stars, single not binary O-type stars would be common. Scientists had believed that two massive binary stars were extremely rare. Scientists are caught wrongly believing that double pulsars, and x-ray binaries devouring smaller companion stars, was explainable by these being very rare. New findings show that the most massive, brightest, youngest, and shortest lived stars of all, most always have a massive companion binary star component close enough to interact by pulling away gases. These O-type stars are in a league of their own, and for most to be found close together orbiting another of its same kind, literally challenges gravity star formation models. It defies all probabilities, unless these stars are shining by hot plasma birkeland current filaments of electricity. The highest temperature locations in outer space, that emit intense radiation, are Birkeland current filaments and magnetized knots where these hottest possible conditions are that form O-type stars. Nearby connecting filaments of the same temperature, simply and fully explains why O-type stars are extremely close to one another, and 75% of the time in binary systems with another rare O-type star. O-type stars emit intense gamma rays, which is explainable by electromagnetic plasma phenomena.
A classical explosion by a two wave plasma collision, and not the phony big-bang interpretation, better models the hubble expansion of galaxies, and the warping of space-time, shows Joel Smoller and Temple on their own website.
Smoller shows that the distance from the shock wave to the center of the big-bang's explosion at present time is comparable to the Hubble distance. Supernovas produce shock waves that warp space-time. Plasmas in outer space behave like exotic superfluids. Dusty plasmas are where stars form in a galaxy's spiral arms. The greatest effects of plasmas are not heating, but bulk kinetic energy as the collective movement of a bulk of particles in a direction parallel to the magnetic field. "Teasing out the motions of plasmas will enable scientists to describe the laws of motion that govern the entire universe," says NASA scientist Wilson, who's team recently studied solar CME's and bow shock waves. The new NASA paper by Wilson is Observations of electromagnetic whistler precursors at supercritical interplanetary shocks." Instead of gravity, 99% of the universe is actually governed by rules that react to such common things as magnetic force and electrical charge. The material that saturates the universe comprising stars and voids is plasma. A new type of plasma called the whistler wave moves faster than theory predicted, driven by electrical instabilities in the plasma. Whistler waves in CME's or coronal mass ejections are almost as large and massive as the bow shock itself. Regularity singularities could form within stars as shock waves pass within them, says Temple, who is now investigating whether the regularity singularity could produce gravity waves (if only they could stop looking for gravity). Temple's paper is "Points of general relativistic shock wave interaction are regularity singularities where space-time is not locally flat."
Earth's chemistry laws change in outer space. Exotic, fundamentally different, and brand new laws of chemistry exist near magnetic fields of neutron stars and white dwarfs. "Unknown molecular structures and exotic molecules likely fill outer space, awaiting to be discovered", says Tellgren. Hydrogen H2 disassociates into paramagnetic H2, as does helium He2, which was recently discovered and named "perpendicular paramagnetic bonding," where electrons occupy anti-bonding orbitals, that were believed impossible in chemistry. Intense magnetic fields stabilize exotic molecules, that likely form cosmic scale sized lifeforms in the universe, by stars producing and ejecting complex organics everywhere as cosmic factories. "Astrochemistry" has emerged showing an entirely unbelieved reality, having greater significance in outer space than earth's chemistry. Astrochemistry is capable of explaining the universe by electromagnetism, and throwing away the old timers gravity theory. Paper links & story
the second star has been discovered to have properties of both a Magnetar and a Pulsar. Scientists are confused. Can star models evolve and become unifiable?
Portals of many different sizes and durations of existences are located 20,000 kilometers above earth's surface in the magnetosphere cone, and are changing, moving, and bridging the distance of sun-earth separation, by interconnecting magnetic fields. The earth's orbit produces the earth-sized magnetized dark shielded cone the magnetosphere, that's always in darkness.
Infographic: (Back) To the Moon
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Takes a look at what we can expect to see in the next five years of Moon
exploration with Sky & Telescope's infographic from the July 2019 issue.
The pos...
Mass estimated for two binary pulsars
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By performing timing observations, an international group of astronomers
has measured the mass of two binary millisecond pulsars designated PSR
J1949+3106 ...
Dark Sands
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Jul 18, 2019 Blackened dune fields can be found on Mars. Martian
atmospheric density is less than 1% that of Earth. It is almost entirely
composed of carbo...
Weighing the Sun with five photographs
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Hugo Caerols, Felipe A. Asenjo With only five photographs of the Sun at
different dates we show that the mass of Sun can be calculated by using a
telescope...
Catch a Star 2018 - Deadline approaching soon
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School students from around the world are invited to take part in the 2018
Catch a Star contest. This is a European astronomical writing contest, with
some...
The proteins that domesticated our genomes
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EPFL scientists have carried out a genomic and evolutionary study of a
large and enigmatic family of human proteins, to demonstrate that it is
responsibl...
Giant Bow Shock in Space
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The beautiful image above shows a giant bow shock wave in space around a
young star. The name of the star is LL Ori and it is located in one of our
favorit...
