Unified Science in Resonance with Nature

Science News

Researchers nearing first ever observation of the event horizon of a black hole

The study of black holes is the study of unified physics. Because of the extreme spacetime curvature of black holes, the force of gravity is comparable to the other forces and becomes pertinent in the dynamics of quantum events — quantum gravity.

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Articles & Reviews

Black holes described as gravitational atom

In a paper released by the Perimeter Institute for Theoretical Physics and Stanford University, researchers describe how astronomical black holes may bind surrounding particles to form a gravitational atom analogous to hydrogen, with the black hole acting as the nucleus and the surrounding particles forming a state similar to the electron cloud.

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Science News

Graphene oxide supercapacitor commercial prototype targeted within 2 years

Isotopes of carbon, such as graphene and related structures like carbon nanotubes, offer remarkable characteristics not found in other substances. A new report details the projected release of a graphene oxide supercapacitor, which could be a technological revolution for energy storage and transmission.

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Science News

Pseudoscience vs. Novel Theories: a critical examination of quantized inertia

In a recent news post, we discussed the association of the vacuum with a friction or inertial force experienced by accelerating objects. A recent discussion examines this idea in light of a novel theory about the origin of inertia.

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Science News

Friction in the Vacuum?

Physicist show that an excited atom’s interaction with the vacuum does not violate the Special Theory of Relativity.

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Science News

New method uses heat flow to levitate a variety of objects

“Magnetic levitation only works on magnetic particles, and optical levitation only works on objects that can be polarized by light, but with our first-of-its-kind method, we demonstrate a method to levitate generic objects,” said Chin.

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Science News

How disturbances interact with a dynamic space-time fabric: ‘Field patterns’ as a new mathematical object

Field patterns are characteristic patterns of how disturbances react to changing conditions. Because field patterns exhibit characteristics of both propagating waves and localized particles, field pattern theory may answer some of the questions posed by quantum mechanics

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