Aharonian F.
|
|
|
Astrophysics and Cosmology with next generation γ-ray detectors |
|
25.64 Mb |
Aksenov A. G.
|
|
|
Gravitational collapse, neutrinos transport and Supernovae |
|
347.03 Kb
|
Radiative transfer in relativistic plasma outflows |
|
512.11 Kb |
Alekseev G.
|
|
|
Kerr and Kerr-Newman black holes in Mathematical General Relativity
|
|
|
Part 1
|
|
3810 Kb |
Part 2
|
|
4883 Kb
|
Argüelles C.
|
|
|
The Dark Matter distribution in galaxies: a novel approach
|
|
1.53 Mb |
Battiston R.
|
|
|
First Result from the Alpha Magnetic Spectrometer Experiment
on the International Space Station |
|
50.85 Mb |
Belinski V.
|
|
|
The stabilization of the Friedman Big Bang by the shear stresses
|
|
13.92 Kb
|
Kerr rotation as solitonic vortex around the static black hole
|
|
79.06 Kb |
Berezin V.
|
|
|
Quantum Black Holes and Their Classical Analogs
|
|
284.52 Kb |
Brane Universe: Global Geometry
|
|
432.29 Kb |
Bisnovatyi-Kogan G.S.
|
|
|
Galactic cluster in presence of a dark energy |
|
1.51 Mb
|
Magnetorotational Explosions of Core-Collapse Supernovae
|
|
6.13 Mb |
Bluemlein J.
|
|
|
Feynman Integral Calculation
|
|
231.56 Kb |
Harmonic Sums, Polylogarithms, and their Generalizations
|
|
705.19 Kb |
Braga F.
|
|
|
The MIRAX Science |
|
26.3 Mb |
Cherubini C.
|
|
|
Interdisciplinary theoretical physics: from galaxies to biological systems
|
|
4.40 Mb |
Damour T.
|
|
|
Effective One Body Approach to the Dynamics of Binary Black Hole Systems |
|
1.54 Mb |
Gravitational Interaction of Two Spinning Black Holes |
|
389.99 Kb |
Quantum Supersymmetric Cosmology and its Hidden Kac-Moody Structure |
|
1.44 Mb |
Di Piazza A.
|
|
|
Classical and quantum radiation reaction in intense laser fields
|
|
1.20 Mb |
Vacuum polarization effects in strong laser beams
|
|
893.16 Kb |
QED processes in strong background electromagnetic fields
|
|
1.08 Mb |
Feng L.-L.
|
|
|
Phase Variations of Spinning Particles in Kerr Spacetime
|
|
7.10 Mb |
Gruber C.
|
|
|
Bose-Einstein condensation in compact astrophysical objects
|
|
1.14 Mb |
Jantzen R.
|
|
|
Differential Geometry for Relativity with Technology |
|
566.97 Kb |
Abraham, Lorentz, (Poincare), Fermi and Gauss (and a whole lot of others):
classical electromagnetic mass, a pedagogical example.
|
|
825.33 Kb |
Jetzer P.
|
|
|
20 years of gravitational microlensing |
|
4.04 Mb |
Kleinert H.
|
|
|
Strong-Coupling Field Theories
|
|
|
Part 1
|
|
2.4 MB |
Part 2
|
|
58.1 MB
|
Leibundgut B.
|
|
|
SN 1987A: spectacular physics |
|
14.95 Mb |
Supernova Cosmology
|
|
4.43 Mb |
Mavromatos N.
|
|
|
Neutrinos in (Torsionful) Geometries of the Early Universe & the Dark Sector |
|
13.2 Mb |
Meynet G.
|
|
|
Stellar evolution in a nutshell: The main principles governing the evolution of stars
|
|
|
Part 1 |
|
7.98 Mb |
Part 2 |
|
14.35 Mb |
Muccino M.
|
|
|
The genuine short GRB 090227B and the disguised short burst “by excess” GRB 090510
|
|
1.5 Mb |
Nicolai H.
|
|
|
Fermi to Planck: Conformal Symmetry and the Standard Model |
|
404 Kb |
Padovani P.
|
|
|
An overview of Active Galactic Nuclei
|
|
10.3 Mb |
Deep Radio SKY
|
|
22.6 Mb |
Pastorello A.
|
|
|
Observational properties of classical supernovae
|
|
9.20 Mb |
Explosions of massive stars: new types of transients
|
|
24.55 Mb |
Williams R.
|
|
|
The Nova Outburst: A Changing Paradigm
|
|
17.37 Mb |