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Dr. Mike McCulloch is a University of Plymouth lecturer in geomatics, physicist, and author who is best known for developing Quantized Inertia, a cosmological explanation for Newton’s first law that states an object in motion will tend to stay in motion. We discuss the principles of quantized inertia as a derivation of photon pressure at the cosmological horizon in the form of Unruh radiation, the path to formulating an mathematical formulation for an everything-is-connected universe, and how the Casimir effect that emerges from the theory can be used to engineer novel, combustion-less propulsion mechanisms.
(00:00:00) Go!
By DemystifySci4.6
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Dr. Mike McCulloch is a University of Plymouth lecturer in geomatics, physicist, and author who is best known for developing Quantized Inertia, a cosmological explanation for Newton’s first law that states an object in motion will tend to stay in motion. We discuss the principles of quantized inertia as a derivation of photon pressure at the cosmological horizon in the form of Unruh radiation, the path to formulating an mathematical formulation for an everything-is-connected universe, and how the Casimir effect that emerges from the theory can be used to engineer novel, combustion-less propulsion mechanisms.
(00:00:00) Go!

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