​New Discovery added to the Quantum Backflow Effect!

Quantum Backflow Effect – Pushing objects forward will drive them forward. And pushing them backwards will take them backwards. This is simply know to be true for our real and physical world. And this relies on Newtonian physics that applies to our physical realm and are friendly with large objects. But things change when we dive into the tiny quantum scale.

Previous studies defined “Backflow Effect” as free quantum particles (no forces acting upon them) having the ability to travel against their momentum. However, studies revealed this week, shows a new donation to the backflow principle making it possible on all quantum particles, free or forced. However, the new study shows that exerting momentum on a quantum particle also makes it travel opposite to it.

This is not a surprising concept. Previously, I published an article on SciVenue and showed the discovery of negative mass. But backflow effect is different is some ways.

Check the article of Negative Mass on the following link.

According to Phys.org, Dr. Daniela Cadamuro, a Researcher at the Technical University of Munich, said:

“The backflow effect in quantum mechanics has been known for quite a while, but it has always been discussed in regards to ‘free’ quantum particles, i.e., no external forces are acting on the particle.”

“As ‘free’ quantum particles are an idealized, perhaps unrealistic situation, we have shown that backflow still occurs when external forces are present. This means that external forces don’t destroy the backflow effect, which is an exciting new discovery.”

“These new findings allow us to find out the optimal configuration of a quantum particle that exhibits the maximal amount of backflow, which is important for future experimental verification.”

What doors will this discovery open?

This new approach can help scientists in some aspects:

  • Find new methods for Quantum Technology.
  • Discover methods of Computer Encryption.
  • Help advance “Quantum Computing” which is the future computer.
  • Fine tune calculations of future quantum experiments.

Published by Mad At Gravity

Studying Comuter Science and researching in Quantum physics and i am the Protector! This introvert type is quite unique, as many of my personality qualities defy the definition of my individual traits. Though i am deeply emotional, i have excellent analytical abilities; though Introverted, i have well-developed people skills and robust social relationships; and though im somewhat conservative, you are often receptive to change and new ideas. im, a true altruist, meeting kindness with kindness-in-excess and engaging the work and people i believe in with enthusiasm and generosity! I can literally save the world!

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