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Quantum Computing  Get Feed for Quantum Computing

Quantum Key Distribution Scheme

anujOctober 13, 20252025-10-13T22:03:10+00:00

Negative Time Delays and Time Travel Paradox Computational Circuits

anuj October 13, 2025 Comments Off on Negative Time Delays and Time Travel Paradox Computational Circuits2025-10-13T03:41:08+00:00

Quantum Logic Gates and Infinite Number of States

anuj March 8, 2025 Comments Off on Quantum Logic Gates and Infinite Number of States2025-03-08T03:18:35+00:00

Fault Tolerant, Error Correcting Computers for Quantum Computing

anuj October 31, 2024 Comments Off on Fault Tolerant, Error Correcting Computers for Quantum Computing2024-10-31T23:54:17+00:00

Basic Quantum Theory  Get Feed for Basic Quantum Theory

Why are the observable operators in QM required to be Hermitian?

anujApril 22, 2026No Comment2026-04-22T01:03:45+00:00

Wave nature and speed of proton (particle)

anuj January 30, 2026 Comments Off on Wave nature and speed of proton (particle)2026-01-30T20:24:23+00:00

The Universal Wave Function

anuj December 11, 2025 Comments Off on The Universal Wave Function2026-04-16T00:52:48+00:00

Spin versus Angular Momentum

anuj December 2, 2025 Comments Off on Spin versus Angular Momentum2025-12-02T16:10:43+00:00

General Relativity and Cosmology  Get Feed for General Relativity and Cosmology

The unconnected manifold versus the affine connected manifold – describe what these are. Densities, Derivatives, Integrals, Invariant Derivatives in particular

anujApril 8, 2026No Comment2026-04-08T16:22:00+00:00

Using the expansion as a Universal Clock

anuj March 29, 2026 No Comment2026-03-29T23:31:20+00:00

Gravitons emerging from String theory

anuj September 21, 2025 Comments Off on Gravitons emerging from String theory2025-09-21T02:03:19+00:00

Why are there Gravitational Quadrupoles?

anuj June 19, 2025 Comments Off on Why are there Gravitational Quadrupoles?2025-06-25T17:04:33+00:00

Quantum Field Theory  Get Feed for Quantum Field Theory

Slow Moving vs Fast Moving Electrons – Photon Interaction

anujOctober 10, 20252025-10-10T20:26:28+00:00

Historical Context of the Coupling Constant

anuj September 29, 2025 Comments Off on Historical Context of the Coupling Constant2025-09-29T18:18:07+00:00

The Coupling Constant in QED

anuj September 29, 2025 Comments Off on The Coupling Constant in QED2025-09-29T18:16:42+00:00

Relativistic Particle in Complex Spacetime – A New Take on 4D Reality

anuj May 7, 2025 Comments Off on Relativistic Particle in Complex Spacetime – A New Take on 4D Reality2025-05-07T17:04:57+00:00

Free Scalar Field Equation – Solved using matrix mechanics

anuj January 1, 2025 Comments Off on Free Scalar Field Equation – Solved using matrix mechanics2025-01-01T03:48:35+00:00

Recent Posts

  • Why are the observable operators in QM required to be Hermitian?
  • The unconnected manifold versus the affine connected manifold – describe what these are. Densities, Derivatives, Integrals, Invariant Derivatives in particular
  • Using the expansion as a Universal Clock
  • Wave nature and speed of proton (particle)
  • Invariant Subspaces — Definition & Examples

Recent Comments

  • Cardinality of the Rationals (Including Negative Rationals) - Time Travel, Quantum Entanglement and Quantum Computing on Uncountability of (0,1): Cantor’s Diagonal Argument
  • Particle in an Infinite 1D Square Well — Momentum Distribution - Time Travel, Quantum Entanglement and Quantum Computing on Particle in an Infinite 1D Square Well — Energy States
  • Time near the event horizon - Time Travel, Quantum Entanglement and Quantum Computing on Tidal Forces inside a black hole
  • GHZ Experiment - Bell's Theorem - Time Travel, Quantum Entanglement and Quantum Computing on Derivation of GHZ using Dirac Notation
  • Gleason's theorem with examples - Time Travel, Quantum Entanglement and Quantum Computing on Projection Operators along with examples. Gleason’s theorem next

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Recent Posts

  • Why are the observable operators in QM required to be Hermitian?
  • The unconnected manifold versus the affine connected manifold – describe what these are. Densities, Derivatives, Integrals, Invariant Derivatives in particular
  • Using the expansion as a Universal Clock
  • Wave nature and speed of proton (particle)
  • Invariant Subspaces — Definition & Examples

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