sci.physics.research

• Date Index

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• Finitary Path Integrals, Causality & Curved Space-Time, Rock Brentwood
• Is magnetic flux quantified only in superconductors?, Jarek Duda
• Looking for Feedback on an Exercise Calculating the QED Path Integral and Greens Fucntions in Curved Spacetime with Boundary Terms, Jay R. Yablon
• Is Perfect Reversibility A Myth?, Robert L. Oldershaw
  • Re: Is Perfect Reversibility A Myth?, Uncle Al
    • Re: Is Perfect Reversibility A Myth?, Gordon Stangler
      • Re: Is Perfect Reversibility A Myth?, Uncle Al
  • Re: Is Perfect Reversibility A Myth?, Robert L. Oldershaw
  • Re: Is Perfect Reversibility A Myth?, Arnold Neumaier
    • Re: Is Perfect Reversibility A Myth?, Robert L. Oldershaw
• machine for cutting quartz, Knud Soerensen
  • Re: machine for cutting quartz, Uncle Al
• Path integral question, metaweta
  • Re: Path integral question, Igor Khavkine
• What Happens to Fourier Transforms in Curved Spacetime?, Jay R. Yablon
  • Re: What Happens to Fourier Transforms in Curved Spacetime?, Raymond Manzoni
  • Re: What Happens to Fourier Transforms in Curved Spacetime?, Igor Khavkine
    • Re: What Happens to Fourier Transforms in Curved Spacetime?, X-Phy
• Intrinsic curvature in (1+1)D, Gerard Westendorp
• JOB: Sweden : Post-Doc at the Department or Physics and Astronomy, MFU
• Is there an error in this contracted calculation involving the Riemann and Ricci tensors?, Jay R. Yablon
• Measuring spin, road12fg
  • Re: Measuring spin, Tom Roberts
  • Re: Measuring spin, Igor Khavkine
• What is the Gravitationally-Covariant derivative of the coordinates x^u?, Jay R. Yablon
  • Re: What is the Gravitationally-Covariant derivative of the coordinates x^u?, Jay R. Yablon
  • Re: What is the Gravitationally-Covariant derivative of the coordinates x^u?, Tom Roberts
    • Re: What is the Gravitationally-Covariant derivative of the coordinates x^u?, Jay R. Yablon
      • Re: What is the Gravitationally-Covariant derivative of the coordinates x^u?, carlip-nospam
      • Re: What is the Gravitationally-Covariant derivative of the coordinates x^u?, Jay R. Yablon
• Electron Anti-Electron Question, EdV
  • Re: Electron Anti-Electron Question, Tom Roberts
    • Re: Electron Anti-Electron Question, Bob_S
  • Re: Electron Anti-Electron Question, Uncle Al
    • Re: Electron Anti-Electron Question, Tom Roberts
  • Re: Electron Anti-Electron Question, FrediFizzx
  • Re: Electron Anti-Electron Question, Richard D. Saam
    • Re: Electron Anti-Electron Question, FrediFizzx
      • Re: Electron Anti-Electron Question, Richard D. Saam
• Re: Theory explains where the extra mass comes from when an object increases in speed, Bob_S
  • Re: Theory explains where the extra mass comes from when an object increases in speed, Rich L.
    • Re: Theory explains where the extra mass comes from when an object increases in speed, jwill@xxxxxxxxxxxx
    • Re: Theory explains where the extra mass comes from when an object, Army1987@xxxxxxxx
  • Re: Theory explains where the extra mass comes from when an object increases in speed, harry
    • Re: Theory explains where the extra mass comes from when an object increases in speed, harry
• Concentric 2 way light beam problem?, FS
  • Re: Concentric 2 way light beam problem?, Uncle Al
    • Re: Concentric 2 way light beam problem?, FS
      • Re: Concentric 2 way light beam problem?, Uncle Al
      • Re: Concentric 2 way light beam problem?, Rich L.
      • Re: Concentric 2 way light beam problem?, Rich L.
      • Re: Concentric 2 way light beam problem?, p . kinsler
      • Re: Concentric 2 way light beam problem?, Rich L.
      • Re: Concentric 2 way light beam problem?, Keith Blow
      • Re: Concentric 2 way light beam problem?, Rich L.
• Re: Schrodinger's Equation, Jos Bergervoet
  • Re: Schrodinger's Equation, Arnold Neumaier
    • Re: Schrodinger's Equation, Jos Bergervoet
      • Re: Schrodinger's Equation, Arnold Neumaier
      • Re: Schrodinger's Equation, Jos Bergervoet
      • Re: Schrodinger's Equation, p . kinsler
      • Re: Schrodinger's Equation, Jos Bergervoet
      • Re: Schrodinger's Equation, Arnold Neumaier
• Curled up dimensions, Lester Welch
  • Re: Curled up dimensions, Uncle Al
    • Re: Curled up dimensions, Dirk Bruere at NeoPax
      • Re: Curled up dimensions, Uncle Al
      • Re: Curled up dimensions, Phillip Helbig---remove CLOTHES to reply
      • Re: Curled up dimensions, Uncle Al
  • Re: Curled up dimensions, Rich L.
• Theories reducing to Newtonian gravity: general relativity doesn't, ----
• A quantum physics alternative to Dark Energy, Sandcastle
  • Re: A quantum physics alternative to Dark Energy, Phillip Helbig---remove CLOTHES to reply
    • Re: A quantum physics alternative to Dark Energy, Sandcastle
      • Re: A quantum physics alternative to Dark Energy, Lester Welch
  • Re: A quantum physics alternative to Dark Energy, Jonathan Thornburg [remove -animal to reply]
    • Re: A quantum physics alternative to Dark Energy, Sandcastle
  • Re: A quantum physics alternative to Dark Energy, Lester Welch
• Re: Wave Equation for a moving source??, Dono.
• Re: Calculating hydrogen intensity lines how? tia sal22, Uncle Al
  • <Possible follow-ups>
  • Re: Calculating hydrogen intensity lines how? tia sal22, Albert van der Horst
• Lock In Amplifiers, FS
  • Re: Lock In Amplifiers, Rich L.
    • Re: Lock In Amplifiers, FS
• Re: Alternate Interpretation of Bell's Theorem Experiment, Jack
• Is Analysis a Necessary Part of the Physical World, Rock Brentwood
  • Re: Is Analysis a Necessary Part of the Physical World, enders
  • Re: Is Analysis a Necessary Part of the Physical World, Edward L. Ruden
  • Re: Is Analysis a Necessary Part of the Physical World, Rock Brentwood
    • Re: Is Analysis a Necessary Part of the Physical World, Ken S. Tucker
    • Re: Is Analysis a Necessary Part of the Physical World, Ken S. Tucker
    • Re: Is Analysis a Necessary Part of the Physical World, Ken S. Tucker
• Re: QFT: is there a "multi-time" (Lorentz-invariant) Fock space?, Juan R. González-Álvarez
  • Re: QFT: is there a "multi-time" (Lorentz-invariant) Fock space?, David Madore
    • Re: QFT: is there a "multi-time" (Lorentz-invariant) Fock space?, Juan R.
      • Re: QFT: is there a "multi-time" (Lorentz-invariant) Fock space?, Arnold Neumaier
      • Re: QFT: is there a "multi-time" (Lorentz-invariant) Fock space?, Juan R.
  • Re: QFT: is there a "multi-time" (Lorentz-invariant) Fock space?, Bob_for_short
    • Re: QFT: is there a "multi-time" (Lorentz-invariant) Fock space?, Arnold Neumaier
      • Re: QFT: is there a "multi-time" (Lorentz-invariant) Fock space?, Bob_for_short
      • Re: QFT: is there a "multi-time" (Lorentz-invariant) Fock space?, Arnold Neumaier
  • <Possible follow-ups>
  • Re: QFT: is there a "multi-time" (Lorentz-invariant) Fock space?, Gerard Westendorp
    • Re: QFT: is there a "multi-time" (Lorentz-invariant) Fock space?, Gerard Westendorp
  • Re: QFT: is there a "multi-time" (Lorentz-invariant) Fock space?, Juan R.
  • Re: QFT: is there a "multi-time" (Lorentz-invariant) Fock space?, Thomas Larsson
• Can QM be derived from classical physics?, Rock Brentwood
  • Re: Can QM be derived from classical physics?, p . kinsler
  • Re: Can QM be derived from classical physics?, gehrab
    • Re: Can QM be derived from classical physics?, Thomas Heger
      • Re: Can QM be derived from classical physics?, maxwell
  • Re: Can QM be derived from classical physics?, enders
  • Re: Can QM be derived from classical physics?, Hendrik van Hees
    • Re: Can QM be derived from classical physics?, enders
  • Re: Can QM be derived from classical physics?, CarlBrannen
    • Re: Can QM be derived from classical physics?, Uncle Al
  • Re: Can QM be derived from classical physics?, student
    • Re: Can QM be derived from classical physics?, Ilja
      • Re: Can QM be derived from classical physics?, enders
  • Re: Can QM be derived from classical physics?, Surfer
• Re: Integration by Parts of the Maxwell QED Action, Rock Brentwood
  • Re: Integration by Parts of the Maxwell QED Action, enders
  • Re: Integration by Parts of the Maxwell QED Action, Jay R. Yablon
    • Re: Integration by Parts of the Maxwell QED Action, Rock Brentwood
      • Re: Integration by Parts of the Maxwell QED Action, Jay R. Yablon
      • Re: Integration by Parts of the Maxwell QED Action, Rock Brentwood
      • Re: Integration by Parts of the Maxwell QED Action, Jay R. Yablon
      • Re: Integration by Parts of the Maxwell QED Action, Jay R. Yablon
  • Re: Integration by Parts of the Maxwell QED Action, Jay R. Yablon
    • Re: Integration by Parts of the Maxwell QED Action, Rock Brentwood
  • Re: Integration by Parts of the Maxwell QED Action, Rock Brentwood
• Re: Bell's Theorem?, Ah Ha
  • <Possible follow-ups>
  • Re: Bell's Theorem?, Benjamin Schulz
    • Re: Bell's Theorem?, Ilja
      • Re: Bell's Theorem?, Benjamin Schulz
      • Re: Bell's Theorem?, Ilja
      • Re: Bell's Theorem?, Benjamin Schulz
      • Re: Bell's Theorem?, Ilja
      • Re: Bell's Theorem?, Benjamin Schulz
      • Re: Bell's Theorem?, Ilja
      • Re: Bell's Theorem?, Benjamin Schulz
      • Re: Bell's Theorem?, Lester Welch
      • Re: Bell's Theorem?, Benjamin Schulz
    • Re: Bell's Theorem?, Jack
      • Re: Bell's Theorem?, Benjamin Schulz
      • Re: Bell's Theorem?, Jack
      • Re: Bell's Theorem?, Benjamin Schulz
      • Re: Bell's Theorem?, Benjamin Schulz
  • Re: Bell's Theorem?, Joy Christian
  • Re: Bell's Theorem?, Jack
    • Re: Bell's Theorem?, Joy Christian
  • Re: Bell's Theorem?, Joy Christian
    • Re: Bell's Theorem?, Jim Black
  • Re: Bell's Theorem?, Joy Christian
    • Re: Bell's Theorem?, Jim Black
      • Re: Bell's Theorem?, Joy Christian
      • Re: Bell's Theorem?, Jim Black
      • Re: Bell's Theorem?, Joy Christian
      • Re: Bell's Theorem?, Jim Black
      • Re: Bell's Theorem?, Joy Christian
      • Re: Bell's Theorem?, Jim Black
      • Re: Bell's Theorem?, Joy Christian
• Re: Quantization of a free particle, Arnold Neumaier

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sci.tech-archive.net  > Archive  > sci.physics.research  > 2009-10