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Science, engineering, and mathematics — biology, chemistry, physics, astronomy, earth sciences, social sciences, and technology research. A curated gateway to academic and professional scientific resources.
57129 resources
Sergey Ivanenko explains gravity as an inertial phenomenon caused by movement of the universe with respect to higher dimensions.
A site describing how gravity can be created in the context of the conservation of energy and quantum mechanics, with information on related events.
The existence of a vector field is shown, originated by all moving masses which exerts a force on all other nearby moving masses.
Demonstrates how new quantum gravity theory explains orbits in spiral galaxies without Dark Matter.
Article discussing the nature of gravity. We live with this force on a daily basis and yet it remains one of the greatest mysteries of our technological society.
Describes a theory that gravity is not an attractive force between masses but a pressure force produced by spacetime on volumes.
Morton F. Spears developed a new approach to gravity based on electrostatic relationships and the permittivity of open space.
Eric Sabo East Haddam provides his views on the physical means of how gravity works.
Richard Benish considers the possibility of testing "expanding matter" gravity models with laboratory experiments. Astrophysical and cosmological implications are also explored.
Ideas on gravitation.