Recent posting and editing events (since Jan 21, 2025)

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What after grand canonical ensemble?

Question posted by Giuseppe, 1 day ago

Answer posted by pglpm, 1 day ago

What after grand canonical ensemble?

Question posted by Snpr_Physics, 1 day ago

Can we measure $\Delta G$ when a reaction hasn't reach equilibrium?

Answer posted by pglpm, 1 day ago

Can we measure $\Delta G$ when a reaction hasn't reach equilibrium?

Comment posted by Bob D, 1 day ago

Can we measure $\Delta G$ when a reaction hasn't reach equilibrium?

Comment posted by Antonios Sarikas, 1 day ago

Can we measure $\Delta G$ when a reaction hasn't reach equilibrium?

Comment posted by Bob D, 1 day ago

Can we measure $\Delta G$ when a reaction hasn't reach equilibrium?

Answer posted by Bob D, 1 day ago

Can we measure $\Delta G$ when a reaction hasn't reach equilibrium?

Comment posted by Chet Miller, 1 day ago

Can we measure $\Delta G$ when a reaction hasn't reach equilibrium?

Comment posted by pglpm, 1 day ago

Can we measure $\Delta G$ when a reaction hasn't reach equilibrium?

Comment posted by Antonios Sarikas, 1 day ago

Can we measure $\Delta G$ when a reaction hasn't reach equilibrium?

Comment posted by Antonios Sarikas, 1 day ago

Can we measure $\Delta G$ when a reaction hasn't reach equilibrium?

Comment posted by Bob D, 1 day ago

Can we measure $\Delta G$ when a reaction hasn't reach equilibrium?

Comment posted by Chet Miller, 1 day ago

Can we measure $\Delta G$ when a reaction hasn't reach equilibrium?

Comment posted by Chet Miller, 1 day ago

Can we measure $\Delta G$ when a reaction hasn't reach equilibrium?

Comment posted by Chet Miller, 1 day ago

Can we measure $\Delta G$ when a reaction hasn't reach equilibrium?

Question posted by Antonios Sarikas, 1 day ago

Ordering of Indices in $\Lambda^\mu_{\space\space\nu}$

Comment posted by Ma Joad, 1 day ago

Ordering of Indices in $\Lambda^\mu_{\space\space\nu}$

Answer posted by TheoPhy, 1 day ago

Ordering of Indices in $\Lambda^\mu_{\space\space\nu}$

Comment posted by TheoPhy, 1 day ago

Ordering of Indices in $\Lambda^\mu_{\space\space\nu}$

Comment posted by user87745, 1 day ago

Ordering of Indices in $\Lambda^\mu_{\space\space\nu}$

Comment posted by user87745, 1 day ago

Ordering of Indices in $\Lambda^\mu_{\space\space\nu}$

Comment posted by prahar21, 1 day ago

Ordering of Indices in $\Lambda^\mu_{\space\space\nu}$

Comment posted by pglpm, 1 day ago

Ordering of Indices in $\Lambda^\mu_{\space\space\nu}$

Comment posted by Ma Joad, 1 day ago

Ordering of Indices in $\Lambda^\mu_{\space\space\nu}$

Comment posted by pglpm, 1 day ago

Ordering of Indices in $\Lambda^\mu_{\space\space\nu}$

Question posted by Ma Joad, 1 day ago

How can I make sense of the work-energy theorem in the situation of a force applied on a disk?

Comment posted by Dale, 2 days ago

How can I make sense of the work-energy theorem in the situation of a force applied on a disk?

Comment posted by Pierre, 2 days ago

How can I make sense of the work-energy theorem in the situation of a force applied on a disk?

Comment posted by pglpm, 2 days ago

How can I make sense of the work-energy theorem in the situation of a force applied on a disk?

Comment posted by Dale, 2 days ago

How can I make sense of the work-energy theorem in the situation of a force applied on a disk?

Comment posted by mike stone, 2 days ago

How can I make sense of the work-energy theorem in the situation of a force applied on a disk?

Comment posted by Bob D, 2 days ago

How can I make sense of the work-energy theorem in the situation of a force applied on a disk?

Comment posted by Pierre, 2 days ago

How can I make sense of the work-energy theorem in the situation of a force applied on a disk?

Comment posted by pglpm, 2 days ago

How can I make sense of the work-energy theorem in the situation of a force applied on a disk?

Answer posted by Dale, 2 days ago

How can I make sense of the work-energy theorem in the situation of a force applied on a disk?

Comment posted by Prateek Mourya, 2 days ago

How can I make sense of the work-energy theorem in the situation of a force applied on a disk?

Question posted by Pierre, 2 days ago

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Comment posted by Brian, 2 days ago

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Comment posted by Physiker, 2 days ago

How can ideal gases be "elastic" and "ideal" at the same time?

Question posted by Shikhar Chamoli, 2 days ago

Answer posted by pglpm, 2 days ago

How can ideal gases be "elastic" and "ideal" at the same time?

Comment posted by ankit, 2 days ago

How can ideal gases be "elastic" and "ideal" at the same time?

Comment posted by SteelCubes, 2 days ago

How can ideal gases be "elastic" and "ideal" at the same time?

Comment posted by Bob D, 2 days ago

How can ideal gases be "elastic" and "ideal" at the same time?

Comment posted by ankit, 2 days ago

How can ideal gases be "elastic" and "ideal" at the same time?

Comment posted by SteelCubes, 2 days ago

How can ideal gases be "elastic" and "ideal" at the same time?

Question posted by ankit, 2 days ago

Comment posted by pglpm, 2 days ago

Comment posted by Sahand Tabatabaei, 2 days ago

Answer posted by pglpm, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Question posted by Sahand Tabatabaei, 2 days ago

Comment posted by Charles Hudgins, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Charles Hudgins, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Charles Hudgins, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Answer posted by Charles Hudgins, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Chiral Anomaly, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Quantumwhisp, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Answer posted by Chiral Anomaly, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Valter Moretti, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Quantumwhisp, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Valter Moretti, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Valter Moretti, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Valter Moretti, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Quantumwhisp, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Quantumwhisp, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Valter Moretti, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Valter Moretti, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Answer posted by Valter Moretti, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by pglpm, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Quantumwhisp, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Answer posted by mike stone, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Valter Moretti, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by pglpm, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Valter Moretti, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Answer posted by pglpm, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Valter Moretti, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by pglpm, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Answer posted by SK2099, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Quantumwhisp, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Quantumwhisp, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Roger V., 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Quantumwhisp, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Roger V., 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by pglpm, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by pglpm, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Comment posted by Qmechanic, 2 days ago

Must observables be Hermitian only because we want real eigenvalues, or is more to that?

Question posted by Quantumwhisp, 2 days ago

How is temperature defined for interacting systems?

Comment posted by Pavlo. B., 2 days ago

How is temperature defined for interacting systems?

Comment posted by pglpm, 2 days ago

How is temperature defined for interacting systems?

Comment posted by pglpm, 2 days ago

How is temperature defined for interacting systems?

Comment posted by Pavlo. B., 2 days ago

How is temperature defined for interacting systems?

Comment posted by Pavlo. B., 2 days ago

How is temperature defined for interacting systems?

Comment posted by pglpm, 2 days ago

How is temperature defined for interacting systems?

Comment posted by pglpm, 2 days ago

How is temperature defined for interacting systems?

Comment posted by Pavlo. B., 2 days ago

How is temperature defined for interacting systems?

Comment posted by pglpm, 2 days ago

How is temperature defined for interacting systems?

Comment posted by pglpm, 2 days ago

How is temperature defined for interacting systems?

Comment posted by Pavlo. B., 2 days ago

How is temperature defined for interacting systems?

Answer posted by pglpm, 2 days ago

How is temperature defined for interacting systems?

Comment posted by Yvan Velenik, 2 days ago

How is temperature defined for interacting systems?

Comment posted by Yvan Velenik, 2 days ago

How is temperature defined for interacting systems?

Comment posted by pglpm, 2 days ago

How is temperature defined for interacting systems?

Comment posted by BioPhysicist, 2 days ago

How is temperature defined for interacting systems?

Comment posted by Pavlo. B., 2 days ago

How is temperature defined for interacting systems?

Comment posted by Yvan Velenik, 2 days ago

How is temperature defined for interacting systems?

Comment posted by BioPhysicist, 2 days ago

How is temperature defined for interacting systems?

Comment posted by BioPhysicist, 2 days ago

How is temperature defined for interacting systems?

Comment posted by Yvan Velenik, 2 days ago

How is temperature defined for interacting systems?

Comment posted by BioPhysicist, 2 days ago

How is temperature defined for interacting systems?

Comment posted by Pavlo. B., 2 days ago

How is temperature defined for interacting systems?

Comment posted by pglpm, 2 days ago

How is temperature defined for interacting systems?

Comment posted by Pavlo. B., 2 days ago

How is temperature defined for interacting systems?

Question posted by Pavlo. B., 2 days ago

Change of coordinates in a potential energy ?

Comment posted by Prashant, 2 days ago

Comment posted by Antonios Sarikas, 3 days ago

Comment posted by Bob D, 3 days ago

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Comment posted by Bob D, 3 days ago

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Answer posted by Bob D, 3 days ago

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Answer posted by pglpm, 3 days ago

Comment posted by Noldorin, 3 days ago

Comment posted by Bob D, 3 days ago

Comment posted by Kalpesh Bhatnagar, 3 days ago

Comment posted by Bob D, 3 days ago

Why is 4-velocity not defined as the covariant derivative of position instead of the regular time derivative?

Question posted by Kalpesh Bhatnagar, 3 days ago

Comment posted by pglpm, 3 days ago

Why is 4-velocity not defined as the covariant derivative of position instead of the regular time derivative?

Comment posted by P. C. Spaniel, 3 days ago

Why is 4-velocity not defined as the covariant derivative of position instead of the regular time derivative?

Comment posted by pglpm, 3 days ago

Why is 4-velocity not defined as the covariant derivative of position instead of the regular time derivative?

Answer posted by TimRias, 3 days ago

Why is 4-velocity not defined as the covariant derivative of position instead of the regular time derivative?

Answer posted by pglpm, 3 days ago

Why is 4-velocity not defined as the covariant derivative of position instead of the regular time derivative?

Comment posted by pglpm, 3 days ago

Why is 4-velocity not defined as the covariant derivative of position instead of the regular time derivative?

Comment posted by G. Smith, 3 days ago

Why is 4-velocity not defined as the covariant derivative of position instead of the regular time derivative?

Question posted by P. C. Spaniel, 3 days ago

What does it mean for thermodynamic entropy to be defined only up to a constant?

Answer posted by pglpm, 3 days ago

What does it mean for thermodynamic entropy to be defined only up to a constant?

Answer posted by BioPhysicist, 3 days ago

What does it mean for thermodynamic entropy to be defined only up to a constant?

Question posted by S. Rotos, 3 days ago

Order of magnitude of gravitational vector potential & its gradient on Earth

Answer posted by pglpm, 3 days ago

Order of magnitude of gravitational vector potential & its gradient on Earth

Comment posted by mmesser314, 3 days ago

Order of magnitude of gravitational vector potential & its gradient on Earth

Comment posted by pglpm, 3 days ago

Order of magnitude of gravitational vector potential & its gradient on Earth

Comment posted by mmesser314, 3 days ago

Order of magnitude of gravitational vector potential & its gradient on Earth

Comment posted by pglpm, 3 days ago

Order of magnitude of gravitational vector potential & its gradient on Earth

Question posted by pglpm, 3 days ago

Uses of the Angular Momentum 4-Tensor

Question posted by David Elm, 3 days ago

Is it possible to recover that "energy is a torsor" in the Newtonian limit of GR?

Answer posted by pglpm, 3 days ago

Is it possible to recover that "energy is a torsor" in the Newtonian limit of GR?

Comment posted by Quillo, 3 days ago

Is it possible to recover that "energy is a torsor" in the Newtonian limit of GR?

Comment posted by pglpm, 3 days ago

Is it possible to recover that "energy is a torsor" in the Newtonian limit of GR?

Comment posted by Andrew, 3 days ago

Is it possible to recover that "energy is a torsor" in the Newtonian limit of GR?

Comment posted by Andrew, 3 days ago

Is it possible to recover that "energy is a torsor" in the Newtonian limit of GR?

Comment posted by qwerty, 3 days ago

Is it possible to recover that "energy is a torsor" in the Newtonian limit of GR?

Comment posted by Andrew, 3 days ago

Is it possible to recover that "energy is a torsor" in the Newtonian limit of GR?

Comment posted by qwerty, 3 days ago

Is it possible to recover that "energy is a torsor" in the Newtonian limit of GR?

Comment posted by qwerty, 3 days ago

Is it possible to recover that "energy is a torsor" in the Newtonian limit of GR?

Comment posted by Andrew, 3 days ago

Is it possible to recover that "energy is a torsor" in the Newtonian limit of GR?

Comment posted by qwerty, 3 days ago

Is it possible to recover that "energy is a torsor" in the Newtonian limit of GR?

Comment posted by Andrew, 3 days ago

Is it possible to recover that "energy is a torsor" in the Newtonian limit of GR?

Comment posted by Andrew, 3 days ago

Is it possible to recover that "energy is a torsor" in the Newtonian limit of GR?

Answer posted by Andrew, 3 days ago

Is it possible to recover that "energy is a torsor" in the Newtonian limit of GR?

Comment posted by Quillo, 3 days ago

Is it possible to recover that "energy is a torsor" in the Newtonian limit of GR?

Comment posted by qwerty, 3 days ago

Is it possible to recover that "energy is a torsor" in the Newtonian limit of GR?

Question posted by qwerty, 3 days ago

Does a moving object curve space-time as its velocity increases?

Comment posted by qwerty, 3 days ago

Does a moving object curve space-time as its velocity increases?

Comment posted by pglpm, 3 days ago

Does a moving object curve space-time as its velocity increases?

Answer posted by pglpm, 3 days ago

Does a moving object curve space-time as its velocity increases?

Answer posted by Jerry Decker, 3 days ago

Does a moving object curve space-time as its velocity increases?

Answer posted by user12345, 3 days ago

Does a moving object curve space-time as its velocity increases?

Comment posted by pglpm, 3 days ago

Does a moving object curve space-time as its velocity increases?

Comment posted by John Rennie, 3 days ago

Does a moving object curve space-time as its velocity increases?

Comment posted by pglpm, 3 days ago

Does a moving object curve space-time as its velocity increases?

Comment posted by pglpm, 3 days ago

Does a moving object curve space-time as its velocity increases?

Comment posted by C. Jordan, 3 days ago

Does a moving object curve space-time as its velocity increases?

Answer posted by Stan Liou, 3 days ago

Does a moving object curve space-time as its velocity increases?

Answer posted by John Rennie, 3 days ago

Does a moving object curve space-time as its velocity increases?

Comment posted by m4r35n357, 3 days ago

Does a moving object curve space-time as its velocity increases?

Comment posted by Keith, 3 days ago

Does a moving object curve space-time as its velocity increases?

Comment posted by Armend Veseli, 3 days ago

Does a moving object curve space-time as its velocity increases?

Comment posted by Muphrid, 3 days ago

Does a moving object curve space-time as its velocity increases?

Answer posted by Muphrid, 3 days ago

Does a moving object curve space-time as its velocity increases?

Comment posted by WillO, 3 days ago

Does a moving object curve space-time as its velocity increases?

Comment posted by Qmechanic, 3 days ago

Does a moving object curve space-time as its velocity increases?

Question posted by Armend Veseli, 3 days ago

Answer posted by SteelCubes, 3 days ago

Answer posted by Agnius Vasiliauskas, 3 days ago

Comment posted by Brian, 3 days ago

Answer posted by pglpm, 3 days ago

Comment posted by ankit, 3 days ago

Comment posted by Bob D, 3 days ago

Comment posted by Bob D, 3 days ago

Answer posted by Dale, 3 days ago

Answer posted by Bob D, 3 days ago

Answer posted by Daniel, 3 days ago

Comment posted by ankit, 3 days ago

Comment posted by Brian, 3 days ago

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