Scientists have succeeded in creating matter out of nothing (theory, vacuum, universe)
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Using the material graphene and a strong electric field scientists have pulled matter-antimatter pairs out of the quantum fields that exist in the vacuum of space. Sometimes new particles are formed when particles collide in a super collider, but this is the first time that matter has been created out of 'nothing' in a lab. Details in the article below.
So, we understand there are other dimensions we can "pull" particles from, do we? When scientists describe a space with 'nothing' in it, without anything apart from gravity, do they REALLY know what they are talking about? If they did, then they should be able to describe and access the other dimensions which share space with us which has been proposed.
I believe the government and various government scientists know a lot, lot more than they are telling these scientists. But, thats just my belief based on the plasma orbs and UAPs flying about.
Using the material graphene and a strong electric field scientists have pulled matter-antimatter pairs out of the quantum fields that exist in the vacuum of space. Sometimes new particles are formed when particles collide in a super collider, but this is the first time that matter has been created out of 'nothing' in a lab. Details in the article below.
This proves that creating matter from nothing, a theory first proposed by Julian Schwinger, one of the founders of quantum field theory, is possible.
Evidence for a universe out of nothing.
From the article, m = E / c^2. So you still need "something" (energy) to create matter. An exciting demonstration to be sure, but it's basically just the opposite of matter to energy conversion, which we've been able to do for a while.
From the article, m = E / c^2. So you still need "something" (energy) to create matter. An exciting demonstration to be sure, but it's basically just the opposite of matter to energy conversion, which we've been able to do for a while.
Applications of this could be interesting.
While we have been able to create matter by slamming particles together in superconductors, this is the first time the Schwinger effect has been confirmed.
If I'm understanding this correctly, researchers, by using an electric field were able to separate a matter/anti-matter particle pair from each other thus creating a 'hole' between them from which a new matter/anti-matter pair simply rose up out of the quantum field that exits in the otherwise empty vacuum of space.
Direct confirmation of virtual particles would be pretty cool.
Isn't that what just happened? I mean, a new particle/anti-particle pair just came up out of the vacuum from a 'hole' created by separating another particle/anti-particle with the use of an electric field.
Isn't that what just happened? I mean, a new particle/anti-particle pair just came up out of the vacuum from a 'hole' created by separating another particle/anti-particle with the use of an electric field.
Using the material graphene and a strong electric field scientists have pulled matter-antimatter pairs out of the quantum fields that exist in the vacuum of space. Sometimes new particles are formed when particles collide in a super collider, but this is the first time that matter has been created out of 'nothing' in a lab. Details in the article below.
This proves that creating matter from nothing, a theory first proposed by Julian Schwinger, one of the founders of quantum field theory, is possible.
Evidence for a universe out of nothing.
To me, it's not out of nothing. Without this graphene, would the same result be achieved?
Whatever is created, it's created inside something that's already in existence. Before the universe came into existence, there was already something in existence that provided the vacuum, plank field energy, whatever for the universe to get started.
Using the material graphene and a strong electric field scientists have pulled matter-antimatter pairs out of the quantum fields that exist in the vacuum of space. Sometimes new particles are formed when particles collide in a super collider, but this is the first time that matter has been created out of 'nothing' in a lab. Details in the article below.
Interesting how little coverage this is getting in the media.
Considering how impactful this story could be.
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