Physics

Benefactor

 Benefactor
First bounty you manually award on your own question.
Awarded 888 times.
How does an observer outside an accelerating body rationalize the effects of pseudo force?
Awarded 5 hours ago
What time does the particle reach the screen in this thought experiment?
Awarded 16 hours ago
Number of independent components for tensors in general
Awarded yesterday
Has Kaluza-Klein Theory been quantized, and if so what distinguishes it from QED & EFT Quantum Gravity?
Awarded Oct 21 at 14:56
The planar limit, self-duality and their relation to two dimensions
Awarded Oct 20 at 23:17
Colour patterns from the reflection of my window
Awarded Oct 17 at 15:04
Expectation Values in the Quantum Trajectory Formalism
Awarded Oct 12 at 16:22
Is Huygens principle true for any shape of wavefront?
Awarded Oct 11 at 23:20
What are phase transiton in different contexts?
Awarded Oct 10 at 13:27
Confusing situation in thrust and conservation of momentum
Awarded Oct 8 at 4:43
Understanding Huygens' principle: How is the direction of wave propagation determined? And why there is not destructive interference in every wave?
Awarded Oct 7 at 1:37
Difference between: 'Rest Mass' length, 'Centre of Mass' length and 'Invariant Mass' length in special relativity and particle physics?
Awarded Oct 6 at 23:40
Mechanical properties of electric point dipoles
Awarded Oct 6 at 3:34
How can $U$ have an arbitrary zero point and still be extensive?
Awarded Oct 4 at 17:35
Nomenclature of X-ray transitions-Siegbahn Notation
Awarded Sep 30 at 15:36
Time-varying magnetic field and classical electrodynamics
Awarded Sep 28 at 3:57
Artificial Muscle | Is Electromagnetic Attraction Better then Maxwell Stress?
Awarded Sep 23 at 14:28
What does Schrödinger equation reduce to in the limit of a continuous position measurement?
Awarded Sep 15 at 10:48
The positive-energy condition in quantum field theory for Hamiltonians associated with different timelike Killing vectors
Awarded Sep 15 at 0:12
Wouldn't Gravity Collapse the Wave Function so that Neutrinos have Well-Defined Mass?
Awarded Sep 14 at 11:20
Difference between gravitational field strength and acceleration of free fall
Awarded Sep 13 at 10:21
Analogue of scalar potential in London equation
Awarded Sep 10 at 16:26
Spin conservation in pair production
Awarded Sep 5 at 9:56
Why work done is needed when other physical quantities are available?
Awarded Sep 3 at 8:51
Does the (non-)collision of two fermion wave packets demonstrate that there is no exchange “force”?
Awarded Sep 3 at 8:33
Different coordinate system as opposed to different reference frame
Awarded Sep 2 at 5:35
Collision or impact of a gamma-ray burst against the magnetic bubbles at Solar System's edge
Awarded Sep 2 at 5:12
Is the term 'interpretation' in quantum mechanics the same as the term 'interpretation' in probability?
Awarded Sep 1 at 23:40
Is the universal wavefunction globally coherent?
Awarded Aug 27 at 1:01
Numerical solution to the relative gravitational time dilation of induced dipolar gravitational fields
Awarded Aug 25 at 12:27
Transporting Tangent Vectors when Taking Lie Derivatives
Awarded Aug 22 at 22:25
Can electricity be induced only by a magnetic field?
Awarded Aug 16 at 18:41
The work done by Tension and Normal is not always zero
Awarded Aug 15 at 12:31
de Sitter Spacetime: Static patch vs Global coordinates
Awarded Aug 15 at 4:35
ADM decomposition of the general scalar tensor theory Lagrangian
Awarded Aug 14 at 23:31
Interpreting the vector addition of acceleration
Awarded Aug 12 at 18:04
Where do conformal symmetry breaking and the gravitational constant come from in conformal theories of gravity?
Awarded Aug 12 at 15:27
Why all materials are not quantum materials, eventhough all materials work under principles of quantum mechanics?
Awarded Aug 11 at 3:42
When electrons move from low potential to high potential, does the kinetic energy supplied per electron remain the same for each electron?
Awarded Aug 10 at 5:11
Shift Symmetry for Scalar Dirac-Born-Infeld (DBI)
Awarded Aug 7 at 15:41
Can't understand derivation of relativistic mass in Kleppner
Awarded Aug 5 at 19:37
Rough estimate of the distance from a plane to the last molecular collision
Awarded Aug 4 at 11:50
Canonical rotations that do not produce computational singularities
Awarded Aug 3 at 13:27
Bertrand's theorem and nearly-circular motion in a Yukawa potential
Awarded Aug 1 at 0:35
How to Model The Following Question as an Adiabatic Process?
Awarded Jul 30 at 18:41
Advection-diffusion with periodic boundary conditions
Awarded Jul 29 at 21:09
Literature to learn thermodynamics coming from a statistical physics background
Awarded Jul 28 at 7:10
What is a Hamiltonian of a System?
Awarded Jul 28 at 0:31
Derivation for number of photons assigned to to an electromagnetic field amplitude
Awarded Jul 27 at 11:34
What is the exact meaning of Lorentz invariance for a quantum scalar field?
Awarded Jul 27 at 9:17
Cold neutrinos - how are they distributed?
Awarded Jul 24 at 8:31
How is Schwinger's quantum action principle related to least action?
Awarded Jul 23 at 17:34
How is the curvature term of the Friedmann Equation calculated with the Newtonian derivation?
Awarded Jul 17 at 18:50
Is the fully connected Potts model exactly solvable?
Awarded Jul 17 at 4:09
Is The Seiberg-Witten Map Unique?
Awarded Jul 16 at 17:42
How would you make a RGB LED equally bright to a broad-spectrum white LED?
Awarded Jul 15 at 17:27
Correct definition of “speed” of gravity
Awarded Jul 13 at 14:51
Projection onto empirical manifold
Awarded Jul 7 at 12:55
Can electrostatic induction occur between two equal potentials?
Awarded Jul 2 at 18:55
How are Majorana zero-modes protected against fermionic operators?
Awarded Jun 29 at 10:26
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