Is Time Only Moving Forward, Can Not Back Down?

@asrizalmustafa - Professor Joan Vaccaro from ProGriffith University has proposed why there is a difference between the future and the past. According to his calculations, the laws of physics do not need to distinguish between space and time, but because we do not experience time in the same way as space, something must make time different. He thinks the answer is a special class of quantum phenomena

Certain quantum phenomena do not behave the same way, you will go forward or backward in time. He suggests that this is the key to understanding "asymmetric" time arrows, or one-way time. Vaccaro says that in particular, subatomic particles known as K and B mesons can provide some interesting information. His research was published in Proceedings of The Royal Society of A.

"If you want to know where the universe came and where it will go, you need to know about time," Vaccaro said in a statement.

"Experiments on subatomic particles over the last 50 years show that, nature does not treat both directions of the same time.In particular, subatomic particles called meson K and B behave slightly differently depending on the direction of time."

Here's the analogy, you leave a cup of coffee on the table and are expected to stay there. Sure, you can move around the table, but the cup will still be a cup of coffee on the table. If the cup begins to stir and the coffee splashes out of the cup, you'll think something very strange is going on.

Move the cup is not something we experience, because it will violate the conservation mass, but if space and time are really two sides of the same coin, then it should happen. And as objects are confined in space (get size and position), they are also limited by time (they can appear and disappear).

"In the relationship between time and space, space is easier to understand because it's just there," he added. "But this time, forever forcing us into the future."

"But while we do move forward in time, there are also some backward motions, a kind of swaying effect, and that is the movement I want to measure using K and B mesons."

Professor Vaccaro repeats the equations of quantum mechanics by means of mass conservation that do not provide conditions in the universe. Thus, he finds that time and space do not really behave identically in that scenario. Even more interestingly, once symmetry violations are allowed, the equations evolve into something that describes our universe, and mass conservation laws arise organically from this theory.

"Understanding how time evolution comes in this way opens new views to the nature of time itself," he said.

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