In one of the quantum physics explorations of recent history, the scientists have reported observing 'negative time' which is purported to have far-reaching impacts on the world of physics. Such a terrifying statement and condemnation of what impact this new revelation will have over the general consensus rule of time emphasizing its linear expansion from past to the future through present. As a result, there exists a variety of opportunities for researchers who have been operating in a specific lab. This way, quantum systems operated by particles were manipulated and their behavior was observed. In this experiment, they found that under certain conditions, particles seemed to act as if time moved backward, a concept never believed.
Such an observation now has considerable scope for redefining the scientific laws of our understanding of physics, especially quantum mechanics and relativity. Negative time as a paradigm challenges the standard definition of time order over people and how time exists into the oceans of space and energy. This finding is yet provisional but it presents tremendous prospects for future testing and its applications. Some researchers propose that negative time would be fundamental not only in quantum computing but also in the genesis of the universe as it is assumed to be.
The ramifications of this finding are very wide because it has the potential of altering the way in which basic principles of science such as causality, that have existed for hundreds of years, are viewed. Then, if time moves backward under some circumstances, we may have to change all our thinking about the entropy, the arrow of time, etc. At present, they are aiming to corroborate their results and figure out processes responsible for this effect. Indeed, if this assertion is verified, it may rank as a momentous change in the cosmological perspective that could have occurred since either relativity or quantum mechanics was proposed.