Welcome message from the president of the School of Sciences

• José Manuel González Méijome (School of Sciences, University of Minho)

Chiral magnetic effect: current status and open problems

• Dmitri Kharzeev (Stony Brook University and BNL)

Geometric Semimetals

• Giandomenico Palumbo

Non-equilibrium charge-vortex duality

• Piotr Surowka

Dirac Kondo effect under magnetic catalysis

• Koichi Hattori

Wigner-Weyl calculus for non-Abelian gauge theory

• Mikhail Zubkov

Non-renormalization of the fractional quantum Hall conductivity by interactions

• Maik Selch

1-form symmetry, Conductivity vs Resistivity & Operator lifetime in chiral MHD

• Napat Poovuttikul

Axions and Superfluifity in Weyl semimetals

• Emil Mottola

Photonic axion insulators

• Chiara Devescovi

Experimental challenges of topological insulators: from growth to axion electrodynamics

• Carlos Rosário

Exploring Axionic Physics with Weyl Semimetals

• Alberto Cortijo

CFT in Momentum Space for Parity-odd Interactions, Axions and Dilatons

• Claudio Corianò

Sum rules for Chiral, Conformal and Gravitational anomaly form factors

• Dario Melle

The quantum Newton`s bucket

• Giorgio Torrieri (State University of Campinas (Unicamp),Brasil)

Experimental status of the condensed matter axion

• Olivia Liebman

A new scale anomaly in Dirac matter

• María Vozmediano (CSIC)

Exotic properties of strongly interacting matter under rotation

• Maxim Chernodub (Institut Denis Poisson, CNRS, Tours, France)

Recent first-principles lattice simulations of SU(N) Yang-Mills theory in 3+1 dimensions have revealed that the gluon plasma exhibits several unexpected equilibrium properties in a rotating state: (i) a negative moment of inertia within a certain temperature range; (ii) the formation of a thermodynamically stable inhomogeneous mixed phase that does not align with the conventional Tolman–Ehrenfest relation in static gravitational backgrounds; and (iii) a rotation-induced enhancement of the critical deconfinement temperature. We briefly review these surprising numerical observations and argue that they may share a common origin rooted in enhancement of the gluonic coupling in a non-inertial rotating frame. We suggest that such phenomena may be probed experimentally in synthetic non-Abelian gauge fields engineered in condensed matter systems.

Moiré Dirac Semimetals and the role of quasiperiodicity

• Eduardo Castro

Effect of disorder on surface states of Weyl nodal loop semimetals

• Miguel Araujo

Disordered Three-Dimensional Weyl Electrons

• João Pires

Vortical effects in chiral band structures

• Pavan Hosur (University of Houston)

Chiral fermions on the lattice

• Srimoyee Sen

Real-time Chiral Magnetic Effect from Monte-Carlo simulations in imaginary time

• Pavel Buividovich

Emergence of Pseudo-Gauge Fields from Evolving Geometries in Graphene

• Pablo Morales

Berry Curvature and Spin-One Color Superconductivity

• Noriyuki Sogabe

Examining the Anomalous Nature of Chiral Effects in Thermodynamics

• Rémy Larue

Nonlinear and nonperturbative transport in topological semimetals

• Renato Dantas