|
N. Andersson |
Southampton, United Kingdom |
Those infernal r-modes |
|
A. Bauswein |
Heidelberg, Germany |
Dynamics and gravitationalwave emission of neutronstar mergers |
|
D. Blaschke |
Wroclaw, Poland |
High-mass twin stars as evidence for quark matter in compact stars |
|
S. Bogdanov |
Columbia, USA |
Equation of State Constraints with NICER |
|
M. Buballa |
Darmstadt, Germany |
Inhomogeneous chiral symmetry breaking in dense neutron-star matter |
|
N. Chamel |
Brussels, Belgium |
Structure and Properties of NeutronStar Crusts Within the Nuclear Energy Density Functional Theory |
|
P. Freire |
Bonn, Germany |
Neutron star mass measurements in binary radio pulsars |
|
V. Hambaryan |
Jena, Germany |
Observational properties of thermally emitting isolated neutro stars: Pulse profiles, compactness, kinematic ages, temperatures, magnetic fields, viewing geometry, etc. |
|
C. Heinke |
Alberta, Canada |
Improving constraints on the neutron star radius |
|
J. Hessels |
Amsterdam, Netherlands |
Fast Radio Bursts and their Possible Neutron Star Origin(s) |
|
M. Kramer |
Bonn, Germany |
Neutron star properties from pulsar observations |
|
S. Morsink |
Alberta, Canada |
Rapid rotation, pulsed Xrays, and the neutron star equation of state |
|
M. Oertel |
Meudon, France |
Relativistic models for pulsar glitches with realistic equations of state |
|
F. Oezel |
Arizona, USA |
TBA |
|
F. Pederiva |
Trento, Italy |
Constraints on the isospin dependence of the lambdanucleon force from hypernuclear binding energies |
|
C. Pethick |
Copenhagen, Denmark |
The Condensed Matter Physics of Neutron Star Crusts |
|
J. Pons |
Alicante, Spain |
Open issues on magnetar evolution models |
|
J. Poutanen |
Turku, Finland |
Measuring neutron star radii from Xray burst spectra |
|
S. Reddy |
Seattle, USA |
Transport properties of neutron stars |
|
L. Rezzolla |
Frankfurt, Germany |
The physics and astrophysics of merging neutronstar binaries |
|
A. Schwenk |
Darmstadt, Germany |
Equation of state and neutron star properties constrained by chiral effective field theory and observations |
|
K. Schwenzer |
Tübingen, Germany |
A classification scheme to discriminate different forms of dense matter |
|
A. Sedrakian |
Frankfurt, Germany |
Transport processes in neutron stars: from crust to the quark core |
|
V. Suleimanov |
Tübingen, Germany |
Neutron star atmosphere models as a tool for understanding neutron star physics |
|
L. Tolos |
Barcelona, Spain |
Transport phenomena in superfluid matter in neutron stars |
