Amplitude modulations and resonant decay of oscillons in 1+1 dimensions

• Filip Blaschke (Silesian University in Opava)

Room: Aula

Magnetic monopoles with internal structure

• Petr Beneš (Czech Technical University in Prague)

Room: Aula

Solutions to the doublet-triplet splitting problem in five-dimensional SU(5) GUT

• Masato Arai (Yamagata University)

Room: Aula

Massless fermions and superconductivity of string-wall composites

• Yuito Suzuki (Yamagata University)

Room: Aula

Domain wall Standard Model in five dimensions

• Sota Suzuki (Yamagata University)

Room: Aula

Scattering of kinks near the coreless limit

• Lukáš Rafaj (Silesian University in Opava)

Room: Aula

Decay products of oscillons

• Ondřej Nicolas Karpíšek (Silesian University in Opava)

Room: Aula

Study in Mock-Integrability – Vortices with an Extraordinal Longevity and the Emergent Chaos –

• Nobuyuki Sawado (Tokyo University of Science)

Room: Aula

"Supersymmetric'' topological plankton

• Minoru Eto (Yamagata University)

Room: Aula Radiolarians are sea plankton that live in oceans around the world and are no more than 1mm in size. Although radiolarians are single-cell organisms, they have a silicon-based skeleton with a very attractive shape. More than a hundred years have passed since radiolarians were discovered, but it is still not completely clear (as far as I know) why they came to have such a complex skeleton. To answer the question, it seems necessary to understand the skeletal structure and clarify what characteristics it has. In my talk, I would like to explain my attempt to physically and mathematically model the skeletal structure of radiolarians using topological solitons in supersymmetry motivated gauge theories, which is completely different from previous approaches.

PINNs study of Vortices in Quasi-Integrable Systems – Identifications, Inelastic Collisions, and the Chaos

• Kohei Shimasaki (Tokyo University of Science)

Room: Aula

Gravitating Q-balls: the mathematical and the physical aspects

• Shota Yanai (National Institute of Technology)

Room: Aula

Oscillons in massless scalar field theories

• Tomasz Romanczukiewicz (Jagiellonian University)

Room: Aula

Spectral flow of fermions in the CP^2 (anti-)instanton, and the sphaleron with vanishing topological charge

• Shintaro Yamamoto (Tokyo University of Science)

Room: Aula

Construction of exact soliton solutions in a 3-component Gross-Pitaevskii equation by using the bilinear method

• Kouichi Toda (Toyama Prefectural University)

Room: Aula

Calorons with magnetic charges

• Atsushi Nakamula (Kitasato University)

Room: Aula

Integrable Vortices on Compact Surfaces

• Kaoru Miyamoto (Kitasato University)

Room: Aula