For astrophysicists, evidence of dark matter has always seemed to dangle just beyond the grasp of their evidence. Their theories predict it, the motion of galaxies implies it, but direct observation of this caliginous material remains elusive.
Now, new data from NASA's latest space telescope has sparked debate about whether or not dark matter has finally been observed.
The controversy revolves around a discrepancy between observations made by NASA's Fermi Gamma-ray Space Telescope and a a European positron/electron sensing satellite named PAMELA.
Earlier this year, PAMELA (or Payload for Antimatter Matter Exploration and Light-nuclei Astrophysics) detected an usual burst of positron and electron radiation that some have theorized came from the destruction of dark matter. A balloon-mounted sensor named ATIC corroborated the PAMELA findings, but neither experiment recorded an anti-proton burst theorized to accompany the electron/positron radiation.
However, measurements made by the Fermi telescope seem to contradict the ATIC and PAMELA data, and imply that the positron/electron burst emanated from a less exotic source than exploding dark matter.ScienceNOW and Science News jump into the he said/she said, with ScienceNOW claiming that the Fermi measurements debunked the ATIC/PAMELA dark matter discovery, and Science News throwing in with the pro-dark matter discovery side.
So far, neither side seems to have the upper hand in the debate, and as the Fermi telescope continues to make new observations, we can look forward to a number of new chapters in this story.
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My Theory on Dark Matter:
Our solar system consists of one star that illuminates all planets and moons.
Stars are made up of gasses and galaxies are a cluster of stars.
I think the Dark Matter that has claimed to be a huge energy/magnetic feild source are actually starless galaxies. Being a starless galaxy might mean the lack of gas and abundance of solid materials thus giving you more gravitational pull.
What would a starless galaxy look like 4500 light years away? I am betting pretty dark.
Have you ever saw a star flicker? I was told that solar storm can give off that appearance. I think between the thousands of lightyears away there are objects crossing the path of my eye site.
This brings the reason why are solar system is black. Billions of particle to planet sized objects consume light. Reflecting less and less light everytime it bounces.
There has been one mistake after another, and soon it will all come tumbling down. First of all, there need not be dark matter to explain the motion of stars. In each galaxy observed, there exists a supermassive dual-funnel black hole, which consumes large particles (bosons mostly in theory) and expels it's pieces as all other smaller particles, especially leptons. The universe if modeled as an infinite mass of particles in kinetic reaction with very little space between any of them, explains everything from atomic orbits to all the mysteries of the cosmos, including the big bang... so let's start there; The red shift is evident not of an expanding universe, but of frequency delay caused when a kinetic wave through particles (bosons exchanging with smaller ones such as electrons and electron neutrinos for example) passes through a shrinking matrix. This matrix of bosons moving against it's creation of neutrinos creates flow opposition pressure. This has it's limit, just as mach speed in air has it's own breaking point. This is why and how there are 7 possible matrix formats for 3 different weights of bosons. On the periodic table, elements will surround themselves in one of the 7 formats to start, more complex elements hold groups which can have more than one format. They work together like a yin for the yang, this is how atomic strong and weak forces can and do work as monopoles, because only with this mechanism which uses kinetic force to fuel movement, do the particles have a way to grow and fail many times a second. It explains how the forces balance, because once any group of like sized particles fill any space, passing neutrinos will fix it by keeping particle weight ratios the same from space to space. This is ion charge. So momentum, gravity, positrons, these are all simple. A positron is just a formerly stationary group of bosons which was always there (they are always everywhere), and has suddenly been put into motion to spin as a group in the opposite direction of the electron. It is only natural to balance the ion without matter.
P.S. In the case that nobody got it; bosons in motion to the center of a galaxy pull stars inward to the galaxy since bosons are the matrix of space. Gravity happens when passing electron neutrinos make a slight curve to move around masses due to the traffic jam between bosons where they normally pass in countless curves but 1 general direction is filled with slow neutrinos of like size because these are used to fuel the movement of the atoms. Ie; presence of atoms consuming neutrino force will cause atoms to move to eachother since passing neutrinos squeeze them together. Passing neutrinos repel bosons at outside of atom, and likewise the atomic strong force centers must continually re-center themselves, so they in effect fuel their own movement.
stars flicker because of the EARTH's atmosphere, it has nothing to do with solar storms if you don't know that i think it would be best to keep you theories on dark matter to yourself before you make yourself sound like more of a fool.
@ iTriage
Please read Stephen Hawking's A Brief History of Time and any of Briane Greene's works. Educate yourself before throwing ridiculous ideas out there.