## What is dark energy why does it matter – quora bp gas prices chicago

https://arxiv.org/pdf/1807.05155…: On July 13, 2018, it was announced that the IceCube-170922A static electricity in water neutrino arrived about 10 days before electromagnetic signatures were received by telescopes from blazar TXS 0506+056, about 4 x 10^9 light-years distant. This is definitive proof that this neutrino traveled at infinitesimally greater than the speed of light.

Neutrinos travel at (infinitesimally) greater than the speed of light. Dark energy consists of neutrinos and predicted neutrino-like quantum mechanical particles, with negative properties including gravity, that constitute a dark “quantum universe” symmetric, via “relativistic mass symmetry,” to the one we are familiar with. For more on this, please see my answers below to the following questions:

Dark energy is the name given to that which causes the accelerated expansion of our universe. According to Einstein’s equivalence principle of general relativity, acceleration is indistinguishable from gravity. So dark energy is also indistinguishable from gravity. Gravity is associated with mass, and negative gravity would be associated with negative mass. A result of Einstein’s special theory of relativity is that negative mass must travel at (infinitesimally) greater than the speed of light, and would have negative-imaginary rest mass. The only particles to be measured to travel gas and supply locations at greater than the speed of light are the neutrinos.

https://arxiv.org/pdf/1807.05155…: On July 13, 2018, it was announced that the IceCube-170922A neutrino arrived about 10 days before electromagnetic signatures were received by telescopes from blazar TXS 0506+056, about 4 x 10^9 light-years distant. If they were initiated by the same rare event, as assumed, this is definitive proof that the neutrino traveled at infinitesimally greater than the speed of light. This is confirmation my prediction, in my thesis above.

The estimated 25% dark matter effect could simply be a “hole electricity around the world” or “deficiency” in dark energy, not a separate particle. In this case, dark energy would only have to overcome the 5% positive matter, not the 5% + 25% = 30% overestimated positive matter. Only a fraction of the estimated 70% dark energy would be needed. Neutrinos, and predicted symmetric neutrino-like negative gravity particles, explain it all.

The status of the concept of Lorentz invariant “rest mass” (m) is rock solid gas vs electric oven running cost and here to stay. In 1989 an article in “Physics Today” started a movement to abolish the teaching of “relativistic mass” (mγ). This is still controversial. The concept of, “relativistic mass” is not yet outdated; it is temporarily out of fashion. The two can coexist as long as (m) is reserved for rest mass and the Lorentz factor ( γ) is kept explicit in the equations. My discovery of “Relativistic mass symmetry” is revolutionary and will refocus the attention of theoretical physicists on relativistic mass and what mass fundamentally is. “Relativistic mass” has a deeper significance than ever imagined. The suppression of relativistic mass has contributed to the current impasse in physics where neutrinos’ mass, dark energy and dark matter have not been explained. Without the concept of “relativistic mass” it is virtually impossible to explain my discoveries of relativistic mass symmetry; the mass, properties, and behavior of neutrinos; the reversed gravitational acceleration of our universe; dark energy or dark matter. My explanations of these things follow.

The postulates of Einstein’s special theory grade 9 electricity test and answers of relativity are: (1) The laws of physics are the same in all inertial frames of reference. (2) The speed of light in a vacuum has the same value c in all inertial frames of reference. These postulates lead to the Lorentz transformation and the Lorentz factor, γ ≡ 1/√[1 – ( v/c)^2]. The Lorentz transformation, in turn, leads to all of the special relativity predictions. They predict: (1) Positive-real rest mass particles (ordinary matter) must travel at less than the speed of light in a vacuum. (2) Zero rest mass particles (light photons) must travel at the speed of light in a vacuum. (3) Particles that travel at greater than the speed of light in a vacuum (neutrinos) must have mathematically negative-imaginary rest gas evolution reaction mass. These latter particles, like light, can’t rest. Because their Lorentz factor is also negative-imaginary 9gag tv, γ’ = –i x 10^6, their product relativistic mass (m’ γ’), is negative-real, as is their gravity. Due to their extreme velocity, negative-real relativistic mass neutrino particles are almost all energy. There is symmetry between ordinary particles that travel at less than the speed of light and neutrinos that travel at greater than the speed of light in a vacuum. I call it, “relativistic mass symmetry.”

Relativistic mass symmetry is symmetry between positive matter and negative (yes, negative) matter. It is highly improbable that it could exist between positive masses. Ordinary matter, which we see, has positive-real relativistic masses (mγ), rest masses (m), Lorentz factors ( γ), energies [ E = c^2m γ], but negative Newtonian predicted gravitational accelerations [ a = –m γ(vector r/ r)/( r^2)] because mγ is positive-real. Relativistic mass symmetry neutrinos are the hypothesized dark energy, cannot be seen, have negative relativistic power vocabulary words masses (m’ γ’ = – m γ), negative-imaginary rest masses (m’ = – m γ/ γ’), Lorentz factors ( γ’ = –i x 10^6), and positive Newtonian predicted gravitational accelerations [ a’ = –m’ γ'(vector r/ r)/( r^2)] because m’ γ’ is negative-real and the double negatives become positive.

I discovered, “relativistic mass symmetry” when investigating negative relativistic mass (m’ γ’) as a candidate for dark energy and found that neutrinos had its predicted properties. Relativistic mass symmetry not only predicts neutrinos and their properties, but also new additional neutrino-like particles. Here is the precise predicting equation for the neutrinos’ and predicted neutrino-like particles’ rest masses, in terms of their ordinary corresponding namesake particles’ rest masses:

where m’ is the negative-imaginary rest mass of the neutrinos; m is the rest mass of the neutrinos’ corresponding namesake ordinary particle; γ is the Lorentz factor of the neutrinos’ corresponding namesake ordinary particle, which is normally essentially equal to one γ ≈ 1.0; and γ’ is the neutrinos’ negative-imaginary Lorentz factor, which is always γ’ = –i x 10^6. The resulting precisely predicted neutrinos’ rest masses are:

Electron neutrino’s rest mass = –i x 1 MeV = 10^6 are: γ’ ≡ 1/√[1 – ( v’/c)^2] = –i x 10^6. The speeds | v’| of currently observed neutrinos can be precisely calculated from these Lorentz factors i gas shares. They are in the range of: c | v’| (1 + 0.5 x 10^–12) c. The latest CNGS2 (ICARUS) measured average speed differential was: (| v’| – c) = (0.04 ± 0.28stat. ± 0.98syst.) x 10–6 c, which is faster (yes, faster) than gas variables pogil packet answers the speed of light in a vacuum. Special relativity’s first postulate, the principle of relativity, indicates that multiple properties of neutrinos require travel at greater than the speed of light in a vacuum. (1) Because neutrinos never stand still in any of our reference frames that travel at less than the speed of light, and they have mass so that they cannot travel at the speed of light, they must travel at greater than the speed of light in a vacuum, where they can stand still in their reference frame. (2) If neutrinos traveled at less than the speed of light in a vacuum there would be reference frames in which they changed helicity handedness. But neutrinos all have left-handed helicity, they never change helicity handedness. (3) For the principle of relativity and “relativistic power definition physics electricity mass symmetry” to work between both electrons and their namesake electron neutrinos, one of them must travel at greater than the speed of light in a vacuum. The laws of physics work in their reference frames and in our reference frames. In their reference frames, we are the ones always traveling at greater than the speed of light in a vacuum.

Dark energy is composed of these relativistic mass symmetry particles. On the other hand, dark matter, I have proposed, is a deficiency of these dark energy neutrinos. Having no dark matter particles reduces the required dark energy by a factor of 6.5. Our new frugal universe now contains three different types of rest mass: negative-imaginary, zero and positive; proportioned as follows: 67.7% dark energy, 31.8% light photons and ordinary matter. My revolutionary predictions are all solidly based on Einstein’s special theory of relativity and observational data. Since many neutrinos are already in the standard model of quantum mechanics, dark energy and dark matter are no longer unknown dark particles. Physics, astronomy, and cosmology are now solidly based on known and electricity online games predicted quantum mechanical particles.