S. Bludman

发表

Relativistic Neutrino Transport in Stellar Collapse

P. J. Schinder, S. Bludman, 1991 .

General Relativistic Hydrodynamics and Radiation Transport a

P. J. Schinder, S. Bludman, 1989 .

S. Bludman, 1977 .

Radiative transport in spherical static spacetime: general relativistic tangent-ray method for the variable Eddington factors

P. J. Schinder, S. Bludman, 1989 .

Theoretical Physics

S A Bludman, S. Bludman, 1932, Nature.

Erratum: “Variational Principles for Stellar Structure” (ApJ, 484, 329 [1997])

D. C. Kennedy, S. Bludman, 1998 .

Quintessence cosmology and the cosmic coincidence

M. Roos, S. Bludman, 2001, astro-ph/0109551.

Baryonic Mass Fraction in Rich Clusters and the Total Mass Density in the Cosmos

S. Bludman, 1997, astro-ph/9706047.

The Nonequilibrium Thermodynamics of Radiation Interaction

D. C. Kennedy, C. Essex, S. Bludman, 2005 .

Variational Principles for Stellar Structure

D. C. Kennedy, S. Bludman, 1996, astro-ph/9610099.

Seesaw model solutions of the solar neutrino problem

D. C. Kennedy, P. Langacker, S. Bludman, 1992 .

Cosmological neutrinos and other dark matter

S. Bludman, 1990 .

Cosmological Acceleration: Dark Energy or Modified Gravity?

S. Bludman, 2006, astro-ph/0605198.

Tracking Quintessence Would Require Two Cosmic Coincidences

S. Bludman, 2004, astro-ph/0403526.

Cosmological implications of two conflicting deuterium abundances

P. Langacker, G. Steigman, S. Bludman, 1996, astro-ph/9603087.

Statistical Analysis of the Time Structure of the Neutrinos from Supernova 1987A

P. J. Schinder, S. Bludman, 1988 .

The role of gauge theory, symmetry‐breaking, and electroweak unification in the discovery of weak neutral currents

S. Bludman, 2008 .

Clusters of galaxies compared withN-body simulations: Masses and mass segregation

M. Struble, S. Bludman, 1979 .

Can Unclustered Matter Close the Universe

Y. Hoffman, S. Bludman, 1984 .

Noncausality and Instability in Ultradense Matter

M. Ruderman, S. Bludman, 1970 .

PHENOMENOLOGICAL ANALYSIS OF HYPERON DECAY

S. Bludman, 1959 .

What Drives Our Accelerating Universe

S. Bludman, 2007, astro-ph/0702085.

Unified yes, renormalised maybe

S. Bludman, 1979, Nature.

Vacuum energy: If not now, then when?

S. Bludman, 1999, astro-ph/9907168.

Critique of Tracking Quintessence

S. Bludman, 2004 .

On the universal fermi interaction

S. Bludman, 1958 .

Two neutrinos or one?

S. Bludman, 1963 .

Classical Scaling Symmetry Implies Useful Nonconservation Laws

D. C. Kennedy, S. Bludman, 2010, 1002.4670.

NONLEPTONIC HYPERON DECAYS.

J. Shimada, S. Bludman, 1970 .

Vanishing renormalization constants and spontaneous generation of symmetries

S. Bludman, N. Deshpande, 1966 .

Broken Symmetries and Massless Particles

A. Klein, S. Bludman, 1963 .

Supernova and solar neutrinos

S. Bludman, 1990 .

Effects of equation of state on the outcome of stellar collapse

S. Bludman, I. Lichtenstadt, N. Sack, 1980 .

Thermal stiffness of warm nuclear matter and supernova explosions by shock heating

S. Bludman, I. Lichtenstadt, N. Sack, 1980 .

Equation of state of an ideal Fermi gas

K. Riper, S. Bludman, 1977 .

Solar Core Homology, Solar Neutrinos, and Helioseismology

D. C. Kennedy, S. Bludman, 1995, astro-ph/9511107.

ELECTROMAGNETIC FORM FACTOR OF THE NEUTRINO

S. Bludman, W. Cheng, 1964 .

Analytic Models of the Solar Core

D. C. Kennedy, S. Bludman, 1998 .

RADIATIVE PION DECAY INTO ELECTRONS

S. Bludman, James A. Young, 1960 .

Electromagnetic Properties of a Charged Vector Meson

S. Bludman, James A. Young, 1963 .

SOME THEORETICAL CONSEQUENCES OF A PARTICLE HAVING MASS ZERO

S. Bludman, 1957 .

Induced cosmological constant expected above the phase transition restoring the broken symmetry

Ruderman, S. Bludman, 1977 .

The Dynamics Driving Cosmological Acceleration: Dark Energy or Modified Gravity?

S. Bludman, 2007 .

Aberrations and fringing effects in a 180° double focussing magnetic spectrometer

D. Judd, S. Bludman, 1957 .

Hard Core Interpretation of the Reaction p+d-->π + +t

S. Bludman, 1954 .

Invariant relationships deriving from classical scaling transformations

D. C. Kennedy, S. Bludman, 2010, 1008.4086.

Statistical Mechanics of Relativistic Streams. I

M. Rosenbluth, K. Watson, S. Bludman, 1960 .

POSSIBILITY OF THE SPEED OF SOUND EXCEEDING THE SPEED OF LIGHT IN ULTRADENSE MATTER.

Ruderman, S. Bludman, 1968 .

Maximum entropy distribution and closure for Bose-Einstein and Fermi-Dirac radiation transport

J. Cernohorsky, J. Černohorský, Sidney A. Bludman, 1994 .

IS COSMOLOGICAL ACCELERATION DRIVEN BY CLASSICAL SPACE-TIME GEOMETRY?

S. Bludman, 2008 .

Stability of general-relativistic polytropes

S. Bludman, 1973 .

Diffusion approximation to neutrino transport in dense matter

K. Riper, S. Bludman, 1978 .

Neutrino production from discrete high-energy gamma-ray sources

S. Bludman, H. Lee, 1985 .

Theoretical Limits on Interstellar Magnetic Poles Set by Nearby Magnetic Fields

Ruderman, S. Bludman, 1976 .

Analytic Models for the Mechanical Structure of the Solar Core

D. C. Kennedy, S. Bludman, 1998, astro-ph/9812191.

The effect of neutrino transport on the collapse of iron stellar cores

Y. Hoffman, E. S. Myra, Y. Hoffman, 1987 .

Flux of atmospheric neutrinos.

T. Gaisser, T. Stanev, S. Bludman, 1983, Physical review. D, Particles and fields.

Neutrino transport and the prompt mechanism for type II supernovae

E. Myra, S. Bludman, 1989 .

2 1 2 Ju n 20 06 COSMOLOGICAL ACCELERATION : DARK ENERGY OR MODIFIED GRAVITY ?

S. Bludman, 2008 .

Dynamical smooth energy fitted by parametrized quintessence

S. Bludman, 2001, astro-ph/0110489.

Quintessence cosmology and the cosmic coincidence

M. Roos, S. Bludman, 2001, astro-ph/0109551.

Thermodynamics and the end of a closed Universe

S. Bludman, 1984, Nature.

Big Bang nucleosynthesis in crisis?

Hata, P. Langacker, G. Steigman, 1995, Physical review letters.

Implications of combined solar-neutrino observations and their theoretical uncertainties.

Kennedy, Hata, D. C. Kennedy, 1992, Physical review. D, Particles and fields.