sci.physics.research

• Thread Index

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• Properties of Magnetic Materials
  • From: Lester Lapsus
• The Second Law of Thermodynamics says "god" doesn't throw dice...
  • From: island
• Re: This Week's Finds in Mathematical Physics (Week 226)
  • From: Ralph Hartley
• Re: Is temporal sign ambiguity inherent in Einstein's general relativistic field equation?
  • From: John Bell
• algebra of Kreimer-Connes renormalization
  • From: urs schreiber
• Re: Why does EPR need two observables?
  • From: nightlight
• [String-schools] next "Saalburg" school
  • From: Gabriele Honecker
• What is a "nuclear flame"?
  • From: Radium
• Re: Why does EPR need two observables?
  • From: I.Vecchi
• Re: wave function in QM and QED
  • From: Jon Bell
• Job: Senior Lecturer & Research Fellows in Quantum Information Science (Theory)
  • From: Jason . Twamley
• The measurement postulate
  • From: Mike Helland
• Re: P. Milloni and his paper
  • From: a student
• Re: This Week's Finds in Mathematical Physics (Week 226)
  • From: Squark
• Re: P. Milonni and his paper
  • From: ebunn
• Re: Why is pressure tensor in hydrodynamics purely dissipative?
  • From: Igor Khavkine
• P. Milloni and his paper
  • From: Naos
• Re: Attaching conductive cable to orbital object
  • From: ianparker2
• Re: Why is pressure tensor in hydrodynamics purely dissipative?
  • From: Max
• Re: QM without "photons" or Schr?dinger's wave equation
  • From: Andrey Akhmeteli
• Inverse-square force law from Raychaudhuri equation (was: [...] from Einsteni's equations)
  • From: markwh04
• wave function in QM and QED
  • From: kvblake2003
• Re: entangled states
  • From: I.Vecchi
• Re: Penrose's new ideas on the big bang
  • From: markwh04
• Re: Radiation's equivalence principle
  • From: markwh04
• Re: Mathematical model of inertia
  • From: markwh04
• Re: Life in the Cosmos
  • From: island
• Re: rest mass/relativistic mass question -- and other adjustments to the FAQ
  • From: markwh04
• Re: Radiation reaction for a uniformly accelerated charge
  • From: Daryl McCullough
• Re: Lorentz Invariance Questions in the Standard Model
  • From: Jay R. Yablon
• log log plot of decay widths
  • From: arivero@xxxxxxxxx
• Decoherence - matter wave disentanglement?
  • From: zekise
• Re: 3 time dimensions
  • From: Max
• Questions about atoms
  • From: Mike Helland
• Re: Is temporal sign ambiguity inherent in Einstein's general relativistic field equation?
  • From: tessel
• boosts on spinors
  • From: mahdiarnt
• Re: Solid State Physics Q about ice melting point
  • From: Igor Khavkine
• Re: Curvature by Cartan's method?
  • From: markwh04
• Re: rest mass/relativistic mass question
  • From: Chalky
• Re: Mass vs distance
  • From: paulaireilly
• Why do instantons exist in lattice gauge theory?
  • From: Max
• Re: Radiation reaction for a uniformly accelerated charge
  • From: Ken S. Tucker
• Re: rest mass/relativistic mass question
  • From: Blackbird
• Re: Attaching conductive cable to orbital object
  • From: Phillip Helbig---remove CLOTHES to reply
• Postdoctoral position in Nanotechnology
  • From: manuscha
• Re: Attaching conductive cable to orbital object
  • From: mr . scate
• Re: Mass vs distance
  • From: Ian Macmillan
• Re: Curvature by Cartan's method?
  • From: nicola_ambrosetti
• Re: Attaching conductive cable to orbital object
  • From: Dirk Bruere
• Re: Mathematical model of inertia
  • From: Mike Helland
• Re: Why does EPR need two observables?
  • From: Andreas Most
• Re: Lorentz violation of the Standard Model
  • From: J.C. Yoon
• Re: Why does EPR need two observables?
  • From: I.Vecchi
• Re: Why does EPR need two observables?
  • From: Ilja Schmelzer
• Attaching conductive cable to orbital object
  • From: rhnl
• Re: Mass vs distance
  • From: paulaireilly
• Re: The Kitchen Sink Mystery
  • From: arivero@xxxxxxxxx
• Re: rest mass/relativistic mass question
  • From: Chalky
• Re: Why does EPR need two observables?
  • From: a student
• Re: Why does EPR need two observables?
  • From: Ilja Schmelzer
• Re: Life in the Cosmos
  • From: paulaireilly
• Fine-Tuning from First Principles... don't laugh...
  • From: island
• Re: Lorentz violation of the Standard Model
  • From: J.C. Yoon
• Radiation reaction for a uniformly accelerated charge
  • From: spardr
• Re: Lorentz violation of the Standard Model
  • From: Igor Khavkine
• why eta'(958)?
  • From: arivero@xxxxxxxxx
• Re: rest mass/relativistic mass question
  • From: John Bell
• Re: Why does EPR need two observables?
  • From: a student
• Re: Modular Invariance
  • From: thomas_larsson_01
• Re: commutators and translation operators
  • From: boris@xxxxxxxxxxxxxxxxxx
• Re: Mathematical model of inertia
  • From: Chris Rohr
• Re: Lorentz violation of the Standard Model
  • From: J.C. Yoon
• Re: Why does EPR need two observables?
  • From: Vonny N.
• Life in the Cosmos
  • From: rev.goetz
• Re: relativity question re supernovae
  • From: ebunn
• Re: Lorentz violation of the Standard Model
  • From: Cl.Massé
• Re: rest mass/relativistic mass question
  • From: Chalky
• Re: Modular Invariance
  • From: rusty
• Re: rest mass/relativistic mass question
  • From: Blackbird
• Re: rest mass/relativistic mass question
  • From: Pmb
• Re: rest mass/relativistic mass question
  • From: Greg Egan
• Re: rest mass/relativistic mass question
  • From: Chalky
• Equations of motion for charged particles
  • From: spardr
• Re: rest mass/relativistic mass question
  • From: Greg Egan
• Lorentz Invariance Questions in the Standard Model
  • From: strangerep
• Re: Why does EPR need two observables?
  • From: Ilja Schmelzer
• Re: Derivation of inertial mass = gravitational mass?
  • From: p-brane
• Re: relativity question re supernovae
  • From: jamesahart79
• Re: Mathematical model of inertia
  • From: jamesahart79
• Re: relativity question re supernovae
  • From: Alf P. Steinbach
• Re: Introductory book on string theory?
  • From: Ralph E. Frost
• Re: Mass vs distance
  • From: Ian Macmillan
• Re: Looking for a concept
  • From: Kwok Man Hui
• Re: Mathematical model of inertia
  • From: Igor
• Re: rest mass/relativistic mass question
  • From: Jonathan Thornburg -- remove -animal to reply
• Re: Why does EPR need two observables?
  • From: I.Vecchi
• Re: rest mass/relativistic mass question
  • From: Jon Bell
• Re: Modular Invariance
  • From: S.M
• Re: Lorentz violation of the Standard Model
  • From: strangerep
• Re: Lorentz violation of the Standard Model
  • From: J.C. Yoon
• Re: Lorentz violation of the Standard Model
  • From: J.C. Yoon
• Re: Lorentz violation of the Standard Model
  • From: strangerep
• rest mass/relativistic mass question
  • From: Chalky
• Derivation of inertial mass = gravitational mass?
  • From: melroysoares
• Re: relativity question re supernovae
  • From: Phillip Helbig---remove CLOTHES to reply
• Re: Looking for a concept
  • From: thomas_larsson_01
• Re: Why does EPR need two observables?
  • From: a student
• Re: Newton's inverse-square force law from Einsteni's equations
  • From: markwh04
• Re: relativity question re supernovae
  • From: ebunn
• Re: Curvature by Cartan's method?
  • From: carlip-nospam
• Re: Lorentz violation of the Standard Model
  • From: Jay R. Yablon
• DRAFT paper "Why Local Duality Symmetry May be the Key to Understanding Fermion Generation Replication and Rest Masses", comments appreciated
  • From: Jay R. Yablon
• Posted Draft paper on Magnetic Monopoles, comments appreciated
  • From: Jay R. Yablon
• Re: relativity question re supernovae
  • From: Jeremy Henty
• Re: Curvature by Cartan's method?
  • From: Roland Franzius
• Koide awareness
  • From: arivero@xxxxxxxxx
• Re: Is temporal sign ambiguity inherent in Einstein's general relativistic field equation?
  • From: John Bell
• Re: Curvature by Cartan's method?
  • From: garrett . lisi
• Re: Looking for a concept
  • From: Kwok Man Hui
• The Kitchen Sink Mystery
  • From: Souvik
• Re: Modular Invariance
  • From: rusty
• 3 time dimensions
  • From: Dirk Bruere
• Mathematical model of inertia
  • From: Mike Helland
• Re: Milky Way
  • From: island
• Re: Lorentz violation of the Standard Model
  • From: J.C. Yoon
• Re: Lorentz violation of the Standard Model
  • From: J.C. Yoon
• Re: Lorentz violation of the Standard Model
  • From: J.C. Yoon
• Re: Mass vs distance
  • From: paulaireilly
• Curvature by Cartan's method?
  • From: nicola_ambrosetti
• relativity question re supernovae
  • From: Cyberkatru
• Re: What is the helicity of Higgs Bosons?
  • From: jambaugh
• Re: Milky Way
  • From: Marco Masi
• Re: entangled states
  • From: I.Vecchi
• Re: Lorentz violation of the Standard Model
  • From: J.C. Yoon
• Announcing Cycles Research Insititute Discussion Forum
  • From: Ray Tomes
• Space- and time-like showers
  • From: kalium@xxxxxx
• Quantum Decoherence - heavy matterwave collision-emission
  • From: zekise
• Re: interference experiment with opposite orientations of spin
  • From: BDH
• Re: interference experiment with opposite orientations of spin
  • From: gao
• Re: Introductory book on string theory?
  • From: Mikael Djurfeldt
• Re: Lorentz violation of the Standard Model
  • From: strangerep
• Zero-postulate classical derivation of Planck's law - at the APS Meeting in March
  • From: earthshrink
• Re: entangled states
  • From: Andreas Most
• Re: Lorentz violation of the Standard Model
  • From: Igor Khavkine
• Re: Mass vs distance
  • From: Ian Macmillan
• Re: Lorentz violation of the Standard Model
  • From: Cl . Massé
• Why does EPR need two observables?
  • From: Vonny N.
• [Spam?] Re: Radiation's equivalence principle
  • From: ebunn
• Re: Radiation's equivalence principle
  • From: ebunn
• Re: gauge transformations: local, global, large and asymptotically non-trivial
  • From: thomas_larsson_01
• Re: Lorentz violation of the Standard Model
  • From: Max
• Re: entangled states
  • From: Andreas Most
• Re: Lorentz violation of the Standard Model
  • From: J.C. Yoon
• Re: MME question
  • From: Cl . Massé
• interference experiment with opposite orientations of spin
  • From: Nick
• Introductory book on string theory?
  • From: Ralph E. Frost
• Re: Planck length calculated assuming D > 3 dimensions - would it be larger?
  • From: Robert Low
• Re: Radiation's equivalence principle
  • From: Igor Khavkine
• Re: "s" state electrons in Hydrogen
  • From: Roland Franzius
• Re: "P not equal NP" as a physical principle?
  • From: John Baez
• Re: This Week's Finds in Mathematical Physics (Week 226)
  • From: jmfbah
• Re: This Week's Finds in Mathematical Physics (Week 226)
  • From: John Baez
• Modular Invariance
  • From: S.M
• Re: This Week's Finds in Mathematical Physics (Week 226)
  • From: Stephen Riley
• Re: Mass vs distance
  • From: Cl.Massé
• Re: Looking for a concept
  • From: Ilja Schmelzer
• Re: Mass vs distance
  • From: Ian Macmillan
• Re: Lorentz violation of the Standard Model
  • From: J.C. Yoon
• Re: Stationary neutrinos
  • From: John Baez
• Re: Lorentz violation of the Standard Model
  • From: Kit Adams
• Re: gauge transformations: local, global, large and asymptotically non-trivial
  • From: Darth Sidious
• Re: "s" state electrons in Hydrogen
  • From: uekstrom
• Re: MME question
  • From: Cl.Massé
• Re: Lorentz violation of the Standard Model
  • From: J.C. Yoon
• Re: gauge transformations: local, global, large and asymptotically non-trivial
  • From: thomas_larsson_01
• How strong is the evidence for Bell inequality violations?
  • From: gralp
• Re: Lorentz violation of the Standard Model
  • From: Kit Adams
• Re: Planck length calculated assuming D > 3 dimensions - would it be larger?
  • From: arivero@xxxxxxxxx
• Re: Penrose's new ideas on the big bang
  • From: Charles Francis
• Re: Radiation's equivalence principle
  • From: Tom Roberts
• Re: Mass vs distance
  • From: paulaireilly
• Re: Atomic orbital structure
  • From: Igor Khavkine
• Re: Excited states of the hydrogen atom
  • From: Igor Khavkine
• Re: "s" state electrons in Hydrogen
  • From: Cl.Massé
• Re: Planck length calculated assuming D > 3 dimensions - would it be larger?
  • From: FrediFizzx
• Re: Is the non-relativistic Lagrangian Galilean invariant?
  • From: Arnold Neumaier
• Re: Is the non-relativistic Lagrangian Galilean invariant?
  • From: Arnold Neumaier
• Re: What is the helicity of Higgs Bosons?
  • From: Arnold Neumaier
• Question about conformal flatness
  • From: Charles Francis
• Re: This Week's Finds in Mathematical Physics (Week 226)
  • From: John Baez
• Re: Looking for a concept
  • From: thomas_larsson_01
• Re: Lorentz violation of the Standard Model
  • From: strangerep
• Re: This Week's Finds in Mathematical Physics (Week 226)
  • From: tessel
• Re: What is the helicity of Higgs Bosons?
  • From: Max
• Re: Lorentz violation of the Standard Model
  • From: Max
• Re: Planck length calculated assuming D > 3 dimensions - would it be larger?
  • From: arivero@xxxxxxxxx
• Re: What is the spontaneously broken symmetry group for the liquid-gas phase transition?
  • From: Max
• Re: Lorentz violation of the Standard Model
  • From: J.C. Yoon
• Re: Re: Lorentz violation of the Standard Model
  • From: J.C. Yoon
• Re: Lorentz violation of the Standard Model
  • From: J.C. Yoon
• Re: Lorentz violation of the Standard Model
  • From: J.C. Yoon
• Re: Lorentz violation of the Standard Model
  • From: J.C. Yoon
• Re: Lorentz violation of the Standard Model
  • From: J.C. Yoon
• Re: Lorentz violation of the Standard Model
  • From: J.C. Yoon
• Re: MME question
  • From: Mike Helland
• Re: "s" state electrons in Hydrogen
  • From: Igor Khavkine
• Re: Penrose's new ideas on the big bang
  • From: pete . leigh
• This Week's Finds in Mathematical Physics (Week 226)
  • From: John Baez
• Re: Is the non-relativistic Lagrangian Galilean invariant?
  • From: Hendrik van Hees
• Re: "s" state electrons in Hydrogen
  • From: Mike Fontenot
• Re: Excited states of the hydrogen atom
  • From: Blackbird
• Re: Is the non-relativistic Lagrangian Galilean invariant?
  • From: Igor Khavkine
• Re: MME question
  • From: Jonathan Thornburg -- remove -animal to reply
• Re: Radiation's equivalence principle
  • From: ebunn
• Re: Looking for a concept
  • From: thomas_larsson_01
• Re: "s" state electrons in Hydrogen
  • From: Mike Fontenot
• Re: Excited states of the hydrogen atom
  • From: Mike Fontenot
• Re: applications leading to a normal eigenvalue problem
  • From: Arnold Neumaier
• Re: Newton's inverse-square force law from Einstein's equation
  • From: Richard Saam
• Re: Atomic orbital structure
  • From: Arnold Neumaier
• Re: Lorentz violation of the Standard Model
  • From: Cl.Massé
• MME question
  • From: Mike Helland
• Looking for arXiv endorsement
  • From: Mike Helland
• Links to historic pysics papers
  • From: Allan Murray
• Re: "s" state electrons in Hydrogen
  • From: Jon Bell
• Re: LQG vs. Minkowsky Spacetime (Was: The string theory dominance)
  • From: Marissa Kay
• Re: Looking for a concept
  • From: Ilja Schmelzer
• Re: Radiation's equivalence principle
  • From: ebunn
• Re: Lorentz violation of the Standard Model
  • From: J.C. Yoon
• Re: Excited states of the hydrogen atom
  • From: Mike Fontenot
• Re: The phase of Psi in a strong gravitational field
  • From: Igor Khavkine
• Re: Is Classical Statistical Mechanics dead?
  • From: DRLunsford
• Re: Atomic orbital structure
  • From: Igor Khavkine
• Re: Excited states of the hydrogen atom
  • From: Igor Khavkine
• Re: The phase of Psi in a strong gravitational field
  • From: carlip-nospam
• Re: "s" state electrons in Hydrogen
  • From: Igor Khavkine
• Re: gauge transformations: local, global, large and asymptotically non-trivial
  • From: thomas_larsson_01
• Re: Radiation's equivalence principle
  • From: Marc Millis
• Re: Radiation's equivalence principle
  • From: Phillip Helbig---remove CLOTHES to reply
• Re: applications leading to a normal eigenvalue problem
  • From: ARP
• Re: Is the non-relativistic Lagrangian Galilean invariant?
  • From: Arnold Neumaier
• Re: Is Classical Statistical Mechanics dead?
  • From: Marissa Kay
• Re: Is Classical Statistical Mechanics dead?
  • From: Hendrik van Hees
• Re: Is the non-relativistic Lagrangian Galilean invariant?
  • From: Hendrik van Hees
• Re: Excited states of the hydrogen atom
  • From: Mike Fontenot
• Re: What to make of the supposed observation of a Cosmic String.
  • From: Igor Khavkine
• Re: "P not equal NP" as a physical principle?
  • From: Aaron Denney
• Re: Is the non-relativistic Lagrangian Galilean invariant?
  • From: Igor Khavkine
• Re: Are there more neutrinos than antineutrinos in the universe?
  • From: ebunn
• Re: "P not equal NP" as a physical principle?
  • From: Marc Nardmann
• Re: Mass vs distance
  • From: Phillip Helbig---remove CLOTHES to reply
• Re: Excited states of the hydrogen atom
  • From: ebunn
• Re: Milky Way
  • From: Stephen Harris
• Planck length calculated assuming D > 3 dimensions - would it be larger?
  • From: teds@xxxxxxxxx
• Mass vs distance
  • From: Ian Macmillan
• Re: Milky Way
  • From: Phillip Helbig---remove CLOTHES to reply
• Re: Looking for a concept
  • From: thomas_larsson_01
• Re: Is Classical Statistical Mechanics dead?
  • From: Alex
• Radiation's equivalence principle
  • From: Lord Snooty
• Re: Lorentz violation of the Standard Model
  • From: Max
• "s" state electrons in Hydrogen
  • From: Mike Fontenot
• Re: Are there more neutrinos than antineutrinos in the universe?
  • From: Max
• Re: Is Classical Statistical Mechanics dead?
  • From: acl
• Re: Why is pressure tensor in hydrodynamics purely dissipative?
  • From: Niels L Ellegaard
• Re: entangled states
  • From: Ilja Schmelzer
• Is the non-relativistic Lagrangian Galilean invariant?
  • From: Max
• "P not equal NP" as a physical principle?
  • From: John Baez
• Re: Is Classical Statistical Mechanics dead?
  • From: Douglas Natelson
• Re: Penrose's new ideas on the big bang
  • From: Jakob Rohrhirsch
• Re: Penrose's new ideas on the big bang
  • From: Charles Francis
• Re: What is the helicity of Higgs Bosons?
  • From: mgao
• Re: Why is pressure tensor in hydrodynamics purely dissipative?
  • From: Igor Khavkine
• Re: What is the spontaneously broken symmetry group for the liquid-gas phase transition?
  • From: Igor Khavkine
• Re: Lorentz violation of the Standard Model
  • From: J.C. Yoon
• Is Einstein's general relativity a generalization of the Lorentz symmetry?
  • From: Max
• Re: gauge transformations: local, global, large and asymptotically non-trivial
  • From: DRLunsford
• The phase of Psi in a strong gravitational field
  • From: ANS
• Re: entangled states
  • From: I.Vecchi
• Re: A Newtonian Argument for Spacetime Curvature
  • From: Joe Fischer
• Re: A Newtonian Argument for Spacetime Curvature
  • From: RP
• Re: entangled states
  • From: Hendrik van Hees
• Re: Are there more neutrinos than antineutrinos in the universe?
  • From: Hendrik van Hees
• Is spin torsion interaction in the Einstein-Cartan theory?
  • From: Max
• Re: Is Classical Statistical Mechanics dead?
  • From: Alex
• Atomic orbital structure
  • From: Murray Coons
• Re: Black Hole Puts Dent In Space-time
  • From: Norm Dresner
• Re: What is the helicity of Higgs Bosons?
  • From: jambaugh
• Re: commutators and translation operators
  • From: DGoncz
• Re: Lorentz violation of the Standard Model
  • From: Hendrik van Hees
• Re: gauge transformations: local, global,large and asymptotically non-trivial
  • From: thomas_larsson_01
• Re: gauge transformations: local, global, large and asymptotically non-trivial
  • From: Darth Sidious
• Excited states of the hydrogen atom
  • From: Mike Fontenot
• Milky Way
  • From: Dirk Bruere at Neopax
• Re: Are there more neutrinos than antineutrinos in the universe?
  • From: ebunn
• algebra of scalar superfields
  • From: arivero@xxxxxxxxx
• Re: Looking for a concept
  • From: Ilja Schmelzer
• Re: gauge transformations: local, global,large and asymptotically non-trivial
  • From: andrew . stewart
• Re: A Newtonian Argument for Spacetime Curvature
  • From: Ilja Schmelzer
• Re: Penrose's new ideas on the big bang
  • From: Jay R. Yablon
• Re: Is temporal sign ambiguity inherent in Einstein's general relativistic field equation?
  • From: tessel
• Is spin torsion interaction in the Einstein-Cartan theory detectable?
  • From: Max
• What is the spontaneously broken symmetry group for the liquid-gas phase transition?
  • From: Max
• Re: Penrose's new ideas on the big bang
  • From: Dirk Bruere at Neopax
• Re: Quantum communication might be possible?
  • From: Greg Egan
• Re: Is Classical Statistical Mechanics dead?
  • From: Vonny N.
• Re: What is the helicity of Higgs Bosons?
  • From: Max
• Re: Is Classical Statistical Mechanics dead?
  • From: Hendrik van Hees
• Re: What is the helicity of Higgs Bosons?
  • From: Boris Bralo
• Re: Lorentz violation of the Standard Model
  • From: Cl . Massé
• Re: A Newtonian Argument for Spacetime Curvature
  • From: Phillip Helbig---remove CLOTHES to reply
• 2-D CFT and Diff(circle)
  • From: isol
• Re: Is Classical Statistical Mechanics dead?
  • From: Douglas Natelson
• Re: Penrose's new ideas on the big bang
  • From: Charles Francis
• Re: commutators and translation operators
  • From: DGoncz
• Are there more neutrinos than antineutrinos in the universe?
  • From: Max
• Re: entangled states
  • From: Andreas Most
• Re: A Newtonian Argument for Spacetime Curvature
  • From: Blackbird
• Re: Is Classical Statistical Mechanics dead?
  • From: Vonny N.
• Re: What is the helicity of Higgs Bosons?
  • From: Hendrik van Hees
• Re: Is Classical Statistical Mechanics dead?
  • From: Igor Khavkine
• Re: Penrose's new ideas on the big bang
  • From: DRLunsford
• Re: Quantum communication might be possible?
  • From: Ralph Hartley
• Re: Quantum communication might be possible?
  • From: Ralph Hartley
• Re: building statistical thermodynamics from cellular automata
  • From: Alex
• Re: gauge transformations: local, global, large and asymptotically non-trivial
  • From: thomas_larsson_01
• Re: Is Classical Statistical Mechanics dead?
  • From: Vonny N.
• Why is pressure tensor in hydrodynamics purely dissipative?
  • From: Max
• Re: Is Classical Statistical Mechanics dead?
  • From: Lou Pecora
• Re: Is Classical Statistical Mechanics dead?
  • From: Ilja Schmelzer
• Re: entangled states
  • From: Ilja Schmelzer
• Re: entangled states
  • From: Andreas Most
• Re: Is Classical Statistical Mechanics dead?
  • From: Arnold Neumaier
• Re: A Newtonian Argument for Spacetime Curvature
  • From: cmaj10
• Re: Looking for a concept
  • From: I.Vecchi
• Re: The Heim-Theory Research Group
  • From: John Reed
• Re: Is this a common mistake in QM books?..
  • From: Roland Franzius
• Re: Fermi's Paradox and Seti
  • From: Terry Pilling
• Re: Lorentz violation of the Standard Model
  • From: strangerep
• Re: Black Hole Puts Dent In Space-time
  • From: Nick Summers
• Re: the quantum hypothesis and blackbody radiation
  • From: Igor Khavkine
• Re: entangled states
  • From: Hendrik van Hees
• Re: Re: Lorentz violation of the Standard Model
  • From: Hendrik van Hees
• Re: Is Classical Statistical Mechanics dead?
  • From: ebunn
• Re: Generation of Entangled Photons
  • From: Joe Rongen
• What is the helicity of Higgs Bosons?
  • From: Max
• Re: Is Classical Statistical Mechanics dead?
  • From: Douglas Natelson
• Falling 6 arm interferometer?
  • From: tessel
• Re: commutators and translation operators
  • From: boris@xxxxxxxxxxxxxxxxxx
• Re: Looking for a concept
  • From: thomas_larsson_01
• Re: Quantum communication might be possible?
  • From: Ralph Hartley
• Re: Lorentz violation of the Standard Model
  • From: Kit Adams
• Re: entangled states
  • From: Andreas Most
• A Newtonian Argument for Spacetime Curvature
  • From: Murat Ozer
• Re: Gyroscope
  • From: DGoncz
• Re: Lorentz violation of the Standard Model
  • From: strangerep
• Generation of Entangled Photons
  • From: diogenes500
• Re: Lorentz violation of the Standard Model
  • From: J.C. Yoon
• Is Classical Statistical Mechanics dead?
  • From: Vonny N.
• "On the concept of mass on relativity"
  • From: Pmb

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