Biophysics is a field of study that aims to understand biological phenomena using the principles and tools of physics. Every living organism must be
Biophysics is a field of study that aims to understand biological phenomena using the principles and tools of physics.We use computational techniques, physics
The 61st Annual Meeting of the Biophysical Society of Japan (BSJ) will be held from November 14th to 16th, 2023 at the Nagoya Congress Center. "Biophysics
Astrophysical Research
How did the universe surrounding us start and how did it evolve to its present state.
What is its shape.
These are questions that will probably well up in many people when gazing at the starlit sky.
The experiments and theoretical research offered by the Department of Physics are designed to respond to these questions.
The development of means of o.
Elemental Particle Research
Matter consists of molecules and atoms.
Atoms in turn are composed of protons, neutrons and electrons.
Protons and neutrons further break down into quarks.
What then are quarks made up of.
Research to investigate the basics of the constituent elements of matter and the physical laws they follow is what elemental particle research is about.
Because .
Materials Research
Our body is surrounded by various materials.
Some conduct electricity and others do not.
Some materials are attracted by magnets, others have no electric resistance at all at low temperatures.
With all matter having the same constituent elements (molecules and atoms), how come they display so much diversity.
What basic laws are at work here.
Is the.
What does relaunching biophysics from Nagoya to the world mean?
The English catchphrase for the meeting “Relaunching Biophysics:
From Nagoya to the world” has the meaning of overcoming difficulties such as :COVID-19 but it also signifies the intention to restart in-person discussions on biophysics. What is Nagoya University known for?
The Department of Physics of Nagoya University has a long history of research in condensed-matter physics, in particular, superconductivity and very low temperature physics.
In fact, it was Nagoya University which did pioneer work in developing theories to unravel the basics of superconductivity.
