Corrado Massa - Profile on Academia.edu (original) (raw)
Papers by Corrado Massa
Upper bound on temperature
Grandezze minime, neutrino, età dell'universo
Minimal energy and neutrino
Minimal Magnetic Moment and Kerr-Newman Black Holes
Minimal Energy, Minimal Acceleration, and Radius of the Universe
Gravitational equations with nonconserved source and rotation curves of galaxies
Lorentz Idea and Neutrino Mass
Minimal Acceleration from Minimal Energy
Minimal magnetic moment and neutrino mass
The cosmic form of quantum mechanics proposed by Tifft, Cocke, and DerSrkissian to explain the observed quantizaton of galaxy redshifts suggests some constraints on the mass of galaxies and clusters of galaxies and may play a role in the magnetic field of spiral galaxies (18 March 2017)
Upper Bound on Black Hole Masses in a Schwarzschild - de Sitter Spacetime
Upper Bound on Black Hole Masses
ABSTRACT: In a Schwarzschild–de Sitter spacetime the mass of any spinless neutral black hole cann... more ABSTRACT: In a Schwarzschild–de Sitter spacetime the mass of any spinless neutral black hole cannot be arbitrarily large (28 July 2014)
Minimal temperature and graviton mass
ABSTRACT ( 28 Jan 2013 )
Maximal temperature and maximal acceleration derived from Bekenstein
ABSTRACT: Bekenstein’s upper bound on entropy suggests the existence of a maximal temperature (of... more ABSTRACT: Bekenstein’s upper bound on entropy suggests the existence of a maximal temperature (of the order of the Planck temperature) for any relativistic gas, and of a maximal proper acceleration A* / N^(1 / 2) for any body made up of N particles in thermal equilibrium ( A* = c^2 / L* is the Planck acceleration, L* is the Planck length and c is the speed of light).
Black hole radiance and equivalence principle
American Journal of Physics, 1986
Black hole radiance and equivalence principle. [American Journal of Physics 54, 733 (1986)].Corra... more Black hole radiance and equivalence principle. [American Journal of Physics 54, 733 (1986)].Corrado Massa. Abstract. The Hawking formula for the thermal emission of a black hole is derived using a quantum−relativistic effect. (AIP). Keywords. Stars. ...
THE PECULIAR ENERGY 0.001 eV
Mach principle, graviton mass, and accelerated expansion of the universe
The Sciama - Dicke linear approach to Mach's principle with nonzero graviton mass M together ... more The Sciama - Dicke linear approach to Mach's principle with nonzero graviton mass M together with the condition R --> infinity as t --> infinity ( R is the cosmic scale factor, function of the cosmic time t of the RW metric) implies M = ( h / c ) ( b d ) ^ 1 / 2 ( h is the reduced Planck constant, c is the speed of light, b = 4 pi G / c^2 , G is the Newton constant, d is the mass - energy density of the dark energy field, assumed as a Machian source of particle masses) and implies also a well defined relation between M, the matter density of the universe, and the radius L of the observable ( = causally connected) universe. (23 Jan 2013 )
Is there a minimal power? REVISED VERSION (30 Dec 2020)
Is there a minimal power?
Upper bound on temperature
Grandezze minime, neutrino, età dell'universo
Minimal energy and neutrino
Minimal Magnetic Moment and Kerr-Newman Black Holes
Minimal Energy, Minimal Acceleration, and Radius of the Universe
Gravitational equations with nonconserved source and rotation curves of galaxies
Lorentz Idea and Neutrino Mass
Minimal Acceleration from Minimal Energy
Minimal magnetic moment and neutrino mass
The cosmic form of quantum mechanics proposed by Tifft, Cocke, and DerSrkissian to explain the observed quantizaton of galaxy redshifts suggests some constraints on the mass of galaxies and clusters of galaxies and may play a role in the magnetic field of spiral galaxies (18 March 2017)
Upper Bound on Black Hole Masses in a Schwarzschild - de Sitter Spacetime
Upper Bound on Black Hole Masses
ABSTRACT: In a Schwarzschild–de Sitter spacetime the mass of any spinless neutral black hole cann... more ABSTRACT: In a Schwarzschild–de Sitter spacetime the mass of any spinless neutral black hole cannot be arbitrarily large (28 July 2014)
Minimal temperature and graviton mass
ABSTRACT ( 28 Jan 2013 )
Maximal temperature and maximal acceleration derived from Bekenstein
ABSTRACT: Bekenstein’s upper bound on entropy suggests the existence of a maximal temperature (of... more ABSTRACT: Bekenstein’s upper bound on entropy suggests the existence of a maximal temperature (of the order of the Planck temperature) for any relativistic gas, and of a maximal proper acceleration A* / N^(1 / 2) for any body made up of N particles in thermal equilibrium ( A* = c^2 / L* is the Planck acceleration, L* is the Planck length and c is the speed of light).
Black hole radiance and equivalence principle
American Journal of Physics, 1986
Black hole radiance and equivalence principle. [American Journal of Physics 54, 733 (1986)].Corra... more Black hole radiance and equivalence principle. [American Journal of Physics 54, 733 (1986)].Corrado Massa. Abstract. The Hawking formula for the thermal emission of a black hole is derived using a quantum−relativistic effect. (AIP). Keywords. Stars. ...
THE PECULIAR ENERGY 0.001 eV
Mach principle, graviton mass, and accelerated expansion of the universe
The Sciama - Dicke linear approach to Mach's principle with nonzero graviton mass M together ... more The Sciama - Dicke linear approach to Mach's principle with nonzero graviton mass M together with the condition R --> infinity as t --> infinity ( R is the cosmic scale factor, function of the cosmic time t of the RW metric) implies M = ( h / c ) ( b d ) ^ 1 / 2 ( h is the reduced Planck constant, c is the speed of light, b = 4 pi G / c^2 , G is the Newton constant, d is the mass - energy density of the dark energy field, assumed as a Machian source of particle masses) and implies also a well defined relation between M, the matter density of the universe, and the radius L of the observable ( = causally connected) universe. (23 Jan 2013 )
Is there a minimal power? REVISED VERSION (30 Dec 2020)
Is there a minimal power?