The seiji zip

Cross-correlation between CMB polarization and mu-distortion anisotropies as a path towards the detection of small-scale primordial non-Gaussianity - Mathieu Remazeilles.

The photosphere emission spectrum of hybrid relativistic outflow for gamma-ray bursts - Dr Yan-Zhi Meng Nanjing University. Spectroscopy of GRBs: Where are we now? Michael Burgess MPE. Particle creation by strong fields and quantum anomalies - Prof. Why quantum field theory in curved space--time is very far from being well understood - Prof.

Lynch Technion - Israel Institute of Technology. Newsome Wake Forest University. The Early Universe - Prof. Primordial black holes as dark matter candidates in the Galactic halo - Lindita Hamolli University of Tirana. The effect of screening mechanisms on black hole binary inspiral waveforms - cyril renevey LPSC, Grenoble. Cosmological barotropic fluids in geometrothermodynamics - Prof. Atomic clocks sensitive to variation of the fine structure constant.

Would we know a wormhole if we saw one? From black-bounce to traversable wormhole, and beyond - Alex Simpson Victoria University of Wellington. Particle creation by wormholes: a toy model. Relic magnetic wormholes as a possible source of toroidal magnetic fields in galaxies - Prof. Wormhole geometries induced by action-dependent Lagrangian theories - Ismael Ayuso Marazuela.

Analytic and localized brane-world black holes - Theodoros Nakas University of Ioannina. Investigating if a quark star - black hole binary may yield new astrophysics and insights as to gravitational waves and Bose-Einstein condensation - Andrew Beckwith Chongqing University, physics MG Mid-Frequency Gravitational Waves 0.

Generation, propagation and detection of gravitational waves in inhomogeneous universe - Mr Bowen Li Baylor University. Seiji Kawamura Nagoya University. Radio-neutrino synergy: neutrinos are produced in numerous bright blazars - Alexander Plavin Lebedev Physical Institute. Could the flaring activities observed in Mrk and be explained in a lepto-hadronic scenario with two-zone emission?

Tractor beams, pressor beams, and stressor beams within the context of general relativity. Matt Visser Victoria University of Wellington. Looking at quantization of a wave function, from Weber , to signals from wavefunctions at the mouth of a wormhole - Andrew Beckwith Chongqing University, physics MG Symmetries and geometric spacetime: towards a new paradigm - Francisco Cabral.

Ionized accretion disks orbiting magnetized black holes - Prof. Time-dependent Kerr discs and tidal disruption events - Steven Balbus. Hydrodynamical instability with noise in the Keplerian accretion disks: modified Landau equation - Subham Ghosh Indian Institute of Science. Advective accretion onto a non-spherical accretor in white dwarf and neutron star binaries: a new scenario of shock formation - Sudeb Ranjan Datta Indian Institute of Science.

Extracting physics from the randomness in neutron star rotation - Prof. Effects of anisotropy on strongly magnetized neutron and strange quark stars in general relativity - Dr Debabrata Deb Department of Physics, Indian Institute of Science. Probing the dense matter physics of neutron star cores with transiently-accreting neutron stars - Melissa Mendes McGill University.

Polarimetric prospects of a new hard X- soft gamma-ray space mission for next decades - Miguel Moita University of Ferrara. Journeys in the maximal analytic extension of Kerr spacetime — General relativistic visualization - Thomas Reiber.

Holographic maps from quantum gravity states as tensor networks - Eugenia Colafranceschi University of Nottingham. Cosmology with neutral hydrogen HI intensity mapping - Alkistis Pourtsidou.

Gamma-ray bursts as cosmological probes - Luca Izzo University of Copenhagen. Presenting Different time steps, at the start of inflation, Using Kiefer Density Matrix, for the use of an Inflaton, in determining different conceivable time intervals for time flow Analysis - Andrew Beckwith Chongqing University, physics MG Discriminating between correlated magnetic noise and a gravitational-wave background - Patrick Meyers University of Melbourne.

Super-Penrose process: classification of possible scenarios - Prof. Oleg Zaslavskii Kharkov V. Karazin National University. Yuan K. Ha Temple University. Healing the cosmological constant problem through a vacuum energy geometric cancellation - Orlando Luongo University of Camerino, Physics Division. Gravitational coupling between millimetre-sized masses: prospects for a quantum Cavendish experiment - Prof.

Markus Aspelmeyer. Tolman-Oppenheimer-Volkoff conditions beyond spherical symmetry - Prof. Importance of stable mass transfer and stellar winds for the formation of gravitational waves sources - Andras Dorozsmai University of Birmingham. Binary neutron star merger simulations: long-lived remnants, short gamma-ray bursts, and kilonovae - Jay Vijay Kalinani University of Padova. Using fast ejecta to distinguish neutron stars from black holes in gravitational wave events in the lower mass gap - Elias Roland Most Princeton University.

Semiclassical and quantum polymer dynamics of the Bianchi I cosmology in Ashtekar and volume-like variables - Eleonora Giovannetti Sapienza. Ungravity and the Cosmological Constant. Motion of a particle in the Bogoslovsky-Finsler space-time and the fate of the broken Lorentz invariance - Nikolaos Dimakis Sichuan University.

Exploring the behaviour of long gamma-ray bursts with intrinsic afterglow correlations - Dr Sam Oates University of Birmingham.

Microlensing in terms of an exact lens map - Volker Perlick. Ultraluminous X-ray sources as magnetically powered advective flows around stellar-mass black holes - Tushar Mondal Indian Institute of Science.

Calculation of the tensor components of the kinetic coefficients of arbitrarily degenerate electrons in the neutron star crust. The origin of hydrodynamic instability from noise in the Keplerian accretion flow and its rivalry with the magento-rotational instability - Subham Ghosh Indian Institute of Science. Spin-down evolution of magnetars: a novel approach to estimate their ages - Tushar Mondal Indian Institute of Science.

On the origin of the unique isolated X-Ray pulsar 1E with 6. An updated glitch rate-age law inferred from radio pulsars - Meg Millhouse University of Melbourne. A fast and flexible method to detect higher order modes in the inspiral phase of compact binary coalescences.

GW an intermediate-mass black hole observed with minimal assumptions - Marek Szczepanczyk University of Florida. Jointly setting upper limits on multiple components of an anisotropic stochastic gravitational-wave background - Jishnu Suresh Institute for Cosmic Ray Research, The University of Tokyo.

Electromagnetic and gravitational radiation from particles in intense electromagnetic fields - giulio Audagnotto Max Planck Institut. Does a detector detect soft photons? Dynamics of relativistic electron in non-uniform magnetic field and its applications in astrophysics and quantum computing - Srishty Aggarwal Indian Institute of Science.

A mathematical program for teaching early high school students about Black holes. Evolution of close binary stars and their role in the most powerful stellar explosions - Norbert Langer Bonn University. Recent advances in the observation of high energy cosmic rays - Prof. Saturday Plenary Session - Prof. Photo by Thomas R. Please enter your comment! Please enter your name here.

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