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Quantum mechanics doesn’t predict a single solid result when undergoing an observation. On the contrary, it predicts a number of different possible outcomes. Similarly, entropy is a measure of the number of possible arrangements the atoms in a system can have. And when trying to take both these i...

It’s the most important part of this article as the genesis of anti-universe theory has basis in it. We know our all the laws of physics took birth in symmetries. Physics has identified a set of fundamental symmetries in nature. Some scientists believe the symmetry properties exist in our physica...

The answer to this question is equally interesting. Scientists say that most of the particles created in the early universe were annihilated by anti-particles. But, some of these (one in a billion) particles had no matching anti-particles. So these particles survived to form the matter we observe...

the charges of all the particles involved in interaction to their opposite charge, you’ll get the same interaction); parity (if you look at the mirror image of interaction, you get the same result); and time (if you run an interaction backward in time, it looks the same).

At the particle le...

It is evident that our universe barely contains any anti matter but we know( theoritically) that during the big bang matter formation had to be accompanied by anti-matter formation. (Also the reverse process is possible i.e when matter and anti matter annihilate energy is produced) .

So th...

The beam is measured — the change in the measured intensity and composition of the beam is used to provide information on the properties of neutrinos.

Scientific concepts pass through three stages before they’re accepted as reality. The first stage involves being ignored — nobody take these...

we can detect, which allows us to probe where they came from in the universe. (ANITA experiment detected these which we’ll cover later in the article.)

There are three known neutrino: the electron-neutrino , muon-neutrino and tau-neutrino ....

T2K is a neutrino experiment designed to investigate how neutrinos change from one type or flavour to another as they travel (neutrino oscillations). An intense beam of muon neutrinos is generated at the J-PARC nuclear physics site on the East coast of Japan and directed across the country to the...

Antarctic Impulsive Transient Antenna (ANITA) experiment has been designed to study ultra-high-energy cosmic neutrinos by detecting the radio pulses emitted by their interactions with the Antarctic ice sheet. This is to be accomplished using an array of radio antennas suspended f...

Dark matter is the most mysterious thing in the entire universe in a way how it affects ordinary matter. CPT symmetry is the only theory that explains dark matter more than any other theory. Some scientists believe the presence of fourth type of neutrino(undetected) — often termed a steri...

to these, some stable ghostlike particles called electron neutrino, muon neutrino, and tau neutrinos have been discovered — they don’t interact with ordinary matter.

Neutrinos are high-energy particles that pass through most solid objects without anyone even getting noticed. Neutrinos const...

the following properties of the newly discovered positron:

The mass equals the mass of the electron.

The charge has the same magnitude as the electron’s charge but is positive instead of negative.

The particle is always created in pairs with electrons.

When this parti...

First of all, let’s understand the neutrino as these forms the basis for understanding the anti-universe. We’ll learn how certain neutrinos’ discovery could provide evidence of the anti-universe theory.

An atom is made up of electrons with a negative charge — these electrons are bound aroun...

So,in a nutshell, the discovery of positron proved Dirac’s theory right.We know that every particle has an exact antiparticle too,with which it would finally annihilate.It is now known that all the so-called elementary particles have antimatter counterparts.As per, E=mc²,the collision be...

It’ll take time and detection of unknown particles, the right handed neutrinos, especially the sterile neutrino to prove the theory right.

• 1932 — positrons or anti-electrons were discovered.
• 1955 — anti-protons discovered.
• 1995 — Scientists at CERN discovered even anti-atoms — these are the anti-matter counterpart of an atom. They don’t last much longer. These s...

— These are also known by the name inert neutrinos. These are hypothetical particles that are believed to not interact via any other fundamental interaction of the standard model except gravity. These are the neutrinos considered right-handed . For a particle regarded as a dark matter candidate,...

To comply with the theory of dark matter, scientists believe there exists not just one type of sterile neutrino but three such types.

In 2018, MiniBooNE experiment, reported a stronger neutrino oscillation signal — pointing towards the possibility of finding sterile neutrinos. But it couldn...

Electric fields can create particle-anti-particle pairs out of the vacuum. So his theory is built on the idea that it’s possible to drag the universe out of nothing. The implication of this model is that there would be two sides to universe — matter as well as anti-matter. He further says that co...

Earth and burst out the other side at such high energies, but that’s what ANITA seemed to be detecting. These findings can’t be explained by our current understanding of physics. Some physicists believe ANITA might have detected the sterile neutrinos that are directly coming from the parallel uni...