Chamel Lecture 1+2

• Nicolas Chamel (Université Libre de Bruxelles)

Mrowczynski Lecture 1+2

Raduta Lecture 1+2

Magnetic flux tubes in colour-superconducting quark matter

• Geraint Evans

Modeling the cooling phase of young proto-⁠neutron stars.

• Aurélien Pascal

The effects of localized heating in the crust of a neutron star

• Davide De Grandis

Crust and core contributions in overshooting pulsar glitches

• Alessandro Montoli

Mrowczynski Lecture 3+4

Chamel Lecture 3+4

Raduta Lecture 3+4

Mrowczynski Exercise Session

Quark-flavor dependence of the transport parameters of the quark-gluon plasma

• Valeriya Mykhaylova

Elastic properties of crystals in neutron stars crust

• Andrew Kozhberov

Inverse-Chirp Imprint of Gravitational Wave Signals in Scalar Tensor Theory

• Jao-Jui Kuan

Entrainment effects in neutron-proton mixtures within the nuclear energy-density functional theory (at low-temperature limit)

• Allard Valentin

Alford Lecture 1+2

Bulgac Lecture 1+2

Krotscheck Lecture 1+2

Alford Lecture 3+4

Bulgac Lecture 3+4

Bulgac Exercise Session

The crust of accreting neutron stars within simplified reaction network

• Nikolay Shchechilin

Bulk viscosity of dense baryonic matter in neutron star mergers

• Arus Harutyunyan

Dark matter effect on the neutron star properties

• Violetta Sagun

Krotscheck Lecture 3+4

Alford Public Lecture "Quantum Mechanics and the Weirdness of Nature"

Modeling superfluidity in neutron stars with Brussels-Montreal functionals

• Daniel Pęcak

Unified modelling for intermediate energy heavy ion reaction and supernova matter

• Swagata Mallik

The role of repulsive quark-vector interactions in the phenomenology of neutron stars

• Michał Marczenko

Effective field theory methods for plasmas

• Marc Comadran Casas