BCC

LOOPS'23

25.06.2023 - 02.07.2023 | Będlewo

LOOPS'23 conference will belong to the LOOPS conferences, a series of conferences held every 4 years since 1999. The LOOPS conferences cover all aspects of nonassociative mathematics, including quasigroups, loops, Latin squares, Lie algebras, Jordan algebras, octonions, quandles and their applications. The conference intends not only to highlight new relevant results in algebra and geometry, but also to foster connections to combinatorics, group theory, knot theory, cryptography and physics. The previous LOOPS conferences have been held in Prague, in Trest, Czech Republic, Ohrid, North Macedonia, and Budapest, Hungary.

The main topics of the LOOPS’23 conference will be as follows:
• quasigroups and loops
• quantum Latin squares
• applications in cryptography
• automated deduction
• algebraic structures derived from the Yang-Baxter equation
• connections to low-dimensional topology

The conference will consist of two parts:
1. The workshop - with series of lectures and seminars which are aimed at both active researchers and graduate students (two and half days)
2. The conference – with several major plenary lectures and a larger number of short contributed talks (three days), possibly in two parallel sessions

The list of main plenary speakers at the LOOPS’23 conference:
1. Dimitri Kanevsky, Research Scientist at Google, Mountain View, USA [confirmed]
2. Michael Kinyon, University of Denver, USA [confirmed]
3. Wolfgang Rump, University of Stuttgart, Germany [confirmed]
4. Jamie Vicary, University of Cambridge, UK [confirmed]
5. Efim Zelmanov, University of California, San Diego, USA [pre-confirmed]

The list of speakers at the Workshop:
1. Lilya Budaghyan, University of Bergen, Norway [confirmed]
2. Victoria Lebed, Université de Caen, France [confirmed]
3. Gabor Nagy, Budapest University of Technology and Economics, Hungary [confirmed]
4. Józef Przytycki, The George Washington University, USA [confirmed]
5. Petr Vojtechovsky, University of Denver, USA [confirmed]

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