Conferences & Workshops

Neurons are a diverse class of cells, characterized by specialized polarized morphologies, which are essential for their functions.

The aim of this symposium is to bring together researchers advancing the forefront of AI and neuroscience to identify next targets in creating brain-like intelligence and further advancing neuroscience.

OCNC 2022: After two consecutive cancelations due to COVID-19, OCNC 2022 will take place on June 13-29, preceding Neuro2022 in Okinawa.

This workshop will bring together biophysicists, statistical physicists, and biologists that aim at understanding energetics and information processing in cells.

Analysis on metric spaces is a very active and independent field nowadays, attracting researchers from different spectrums of mathematics. The aim of this workshop is to bring together a number of top class mathematicians working in thi

Ultracold atoms have in the past two decades become one of the most active and exciting research areas in physics.

Neurons are a diverse class of cells, characterized by specialized polarized morphologies, which are essential for their functions.

Recently partial differential equations in general metric spaces have attracted enormous attention of researchers in the world.

Dates Monday 11 November to Friday 15 November 2019 Venue Okinawa Institute for Science and Technology Graduate School (OIST) OIST Seaside House Campus

The aim of this symposium is to highlight the latest advancements in clusters science and technology.

The assembly of the functional nervous system is one of the most complex developmental process in nature.

In this workshop/conference, we focus on such pillars of modern physics which are tied together in the research of quantum gravity.

OCNC 2019 is a project-oriented course designed to teach computational neuroscience based on the STEPS, NEURON, Brian, NEST and Python software packages.

The aim of the workshop is to bring together experts and early stage researchers from diverse communities who use optical micro and nanofibres for their research needs, whether it be for quantum, sensing, or other applications.

Deployable structures are exemplified by everyday items like foldable chairs, lifesaving arterial stents, solar panels for powering spacecrafts, and cargo-sorting DNA robots.