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International Association of Physics Students (IAPS)

PLANCKS is a exam-based physics competition for bachelor’s and master’s students. It is a three-day event filled to the brim with numerous excursions and social activities, alongside an opening symposium and the contest itself. Participants are encouraged to discover the research environment and culture of the hosting country. PLANCKS enables physics students from all over the world the opportunity to connect with each other. The aim of this event is to increase international collaboration, host social activities and stimulate the personal development of individual contestants. By bringing physics students from all over the world together, PLANCKS creates the perfect setting for participants to challenge each other, and exchange ideas and experiences.

Pollica Physics Center

Artificial intelligence (AI) is revolutionizing both the technological industries and fundamental sciences. While breakthroughs in long-standing and more applied problems such as playing Go or protein folding have been well-publicized, important progress has been achieved in theoretical physics through AI techniques. For example, it provides a new way for simulating lattice QCD with matter in four dimensions, or to address issues related to building string compactifications and string field theory, while also solving difficult mathematical questions (such as building a Calabi-Yau metric or solving the accessory parameter problem in Poincaré uniformization for Riemann surfaces). On the other hand, AI algorithms are notoriously resource-consuming and their results are difficult to interpret, which is a major hurdle for scientific discovery. Physics provides a natural framework to construct an effective theory of learning and improve our understanding of AI and its performances. The objective of this interdisciplinary workshop is to bring researchers of these different areas together to improve the transfer of knowledge, techniques and ideas in order to provide deeper insights into fundamental aspects of our Universe, the scientific discovery process, and artificial intelligence.

INFN Pisa, Pisa University, Scuola Normale Superiore

To provide a cross-disciplinary overview and the main tools to work on some of the main aspects of astroparticle physics where quantum collective properties of matter play a crucial role.

Email: isapp2023@lists.pi.infn.it

Properties of matter in neutron stars and GW emission, Multimessenger observations of neutron stars, Light dark matter candidates, Light dark matter around black hole and its gravitational signature, Simulation of gravity and GWs in Bose-Einstein condensates, Classical and quantum fluids in gravitational fields

Astronomy, Astrophysics and Cosmology,    High Energy Physics, Particles and Fields