Dark matter

Jakarta, CNN Indonesia —

Victory universe The twins are said to have fueled the faster expansion of our universe since the Big Bang (Big Bang) occur.

Naman Kumar, a PhD student at Indian Institute of Technologypublished this theory in a pair of papers published in Gravitation and Cosmology and Europhysics Letters.

One suggestion arises from the assumption that our universe is not as quiet as it seems.

“Having worked on the problems of dark matter and dark energy, I can say that we accept that general relativity is true and that we live in a dark universe with these strange particles, – accessible that of dark matter and dark energy,” explained Kumar in his ScienceX talk, as reported Science Alert.

“Or we assume that we live in a higher diversity,” he continued.

This paper addresses the main obstacles to unifying the theories of general relativity and quantum mechanics and what happened before the Big Bang, the most common theory of the beginning of the universe.

This is the point at which all matter is confined in a swarm of very hot and dense subatomic particles. Before what? Materials related to Quantum physics, possibility. No one can answer it scientifically.

To complete the missing puzzle, we need a new theory that will definitely combine general relativity with quantum mechanics, or replace it with something radical and new.

Kumar also proposes a model that starts with quantum phenomena of creating matter.

If the conditions are right, he said, virtual particles have a good chance of appearing in entangled partnerships, one small part of matter, and one pair of antimatter.

This could be one positron and one electron, or one charm quark (a basic element found in composite subatomic particles, smaller than atoms) and one anti-charm quark.

Or, perhaps, says Kumar, one universe and one anti-universe.

This proposal is not without precedent. The multiverse is an easy way to fill in the gaps that make this universe so suitable for our lives.

A similar proposal was made several years ago by physicists Latham Boyle, Kieran Finn, and Neil Turok from Perimeter Institute for Theoretical Physics in Canada.

All three argue that our universe looks and behaves as smoothly as it should because of a rapid initial period of inflation (the expansion of the universe after the Big Bang).

However, that is because this universe was born with a couple who travel back in time; identical, except for mirror image particles and charge back.

Kumar’s version of the theory emerged as a result of a concept in quantum information theory called relative entropy.

Simply put, it is a metric that quantifies the difference in probability distributions across an asymmetric system, such as two spheres connected at a given time.

If our universe arose together with a mirror image ‘twin’ running backwards, reversed in relation to each other, limited by the energy conditions of general reciprocity in the same way as ours, it would engaged in such a way.

As a result, the energy of each system naturally describes a rapidly expanding radius. This problem has been solved, without the need for dark energy.

The second theory

Not satisfied with one theory, Kumar recently published a second proposal that arises from hypothetical boundaries between the aforementioned dimensions brews.

By changing the tension at the boundaries of these higher dimensional realities, Kumar shows how spacetime can expand at a faster rate.

It might be a stretch to introduce extra dimensions and mirror universes to explain something as simple as the expansion of the universe.

However, we may have reached a point in cosmology where we need to consider concepts that challenge our imaginations a bit.

Even the most extreme proposals could refer to observations that prove that there are real particles and forces in the shadows where general relativity and quantum physics meet.

Or, it may reveal new layers of truth that were previously out of reach.

[Gambas:Video CNN]

(team/air)