Antimatter particles bind with one another to form antimatter, just as ordinary particles bind. The term is also used for antiparticles in general. We finally point out that recent detections of antimatter galaxies via Santilli telescope with concave lenses may eventually result to be the first experimental evidence of antigravity. Antimatter is a term referring to material that would be made up of antiatoms in which antiprotons and antineutrons would form the nucleus around which positrons (antielectrons) would move. We show that, thanks to the background isodual mathematics (whose knowledge is assumed), Santilli’s isodual theory of antimatter appears to be the only axiomatically consistent and time invariant theory permitting a experiences gravitational repulsion when in the field of matter. However, there is another type of matter out there, which cant be directly detected. The matter we can detect normally is called 'baryonic' matter. The building blocks of matter are called 'atoms' and 'molecules.' They, too, are matter. The definition of antimatter is: matter consisting of elementary particles that are the antiparticles of those. In modern physics, antimatter is defined as matter composed of the antiparticles (or 'partners') of the corresponding particles in 'ordinary' matter, and can be thought of as matter with reversed charge, parity, and time, known as CPT reversal.
Once equivalent ratios of matter and antimatter particles react, they are almost immediately converted into energy in a process referred to as 'annihilation'. Its typically defined as anything that has mass and occupies a volume of space.
In this paper, we study the isodual branch of hadronic mechanics achieved by the Italian-American scientist R. Antimatter is the mirror image of matter, and consists of antiparticles that have the opposite charge and spin to their more prevalent counterparts. The term antimatter is a substance that is composed of subatomic particles that have the mass, and electric charge, and magnetic moment of.
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