Access: Advances in Fundamental Physics

Advances in Fundamental Physics

Weitere Verfasser:	Oks, Eugene , [HerausgeberIn]
Umfang/Format:	1 online resource (372 pages).
Schlagworte:	Research & information: general Physics information geometry complexity classical and quantum physics self-simulation hypothesis principle of efficient language quasicrystals empires game of life emergence state sum models space-time couplings spatiotemporal ultrafast optics unipolar pulses few cycle pulses line-by-line greenhouse effect radiative fluxes thermal emission spectroscopy stark broadening atomic physics foundations of quantum mechanics molecular spectroscopy diatomic molecules symmetry transformations optical emission spectroscopy astrophysics neutron stars nuclear equation of state gravitational waves speed of sound tidal polarizability charge exchange second flavor of hydrogen atoms dark matter stark effect parallel universes multiverse preferred direction in the universe bulk flow four spatial dimensions nonlocal metamaterials multiscale structures fiber bundles superspace mathematical methods mathematical physics nonlocal continuum field theory semiconductor materials preformed cluster decay relativistic mean-field alpha-particle clustering neck-length hydrogenic atoms high-frequency laser field relativistic precession laser-controlled precession cosmological constant generalised Brans-Dicke theory Big Rip photoluminescence dispersive media axion bipolar pulses few-cycle pulses free-space wave equation space-time wave packets nondiffracting localized waves molecular hydrogen ion proton collisions molecular spectral bands quantum antennas quantum field theory relativistic quantum mechanics quantum radiation propagator Green's function quantum engineering quantum technologies radiation pattern electron impact excitation of hydrogen atoms discrepancy between theories and experiments electron impact excitation of hydrogen molecules quantum mechanics particle-wave duality quantum jump quantum entanglement Weber's electrodynamics Weber force field theory electromagnetism electrodynamics physics of elementary particles and fields magnetic field electric field electrical engineering fundamental physics
Online Zugang:	DOAB: download the publication DOAB: description of the publication

Zugang:	Open Access
Benutzungs- und Reproduktionsbedingungen:	Creative Commons
Copyright-Status: