Physics

In physics, we offer various courses that are useful in graduate schools, from basic physics such as mechanics and electromagnetism, to condensed matter theory, biophysics, and elementary particle theory.  We also conduct researches in  various cutting-edge fields such as strongly correlated physical properties, nanomaterials, laser science, soft matter and quantum electronics.

 

ICU Introducing Physics Major

ICU Introducing Physics Major (Internal Link)

 

Physics Major・Minor


Courses・Curriculum

Physics Course List (ehandbook)

Physics Course at a Glance

Physics Curriculum Tree

Physics Open Course Ware (ICU OCW)

Physics Major Prerequisit

  Major Minor
Preresuisites
1 Course from the Following List
 
PHY102 Introduction to Physics
PHY103 Foundation of Physics
PHY104 Introduction to Physics Laboratory
PHY105 Foundation of Physics Laboratory
PHY106 Hot Topics in Physics
1 Course from the Following List
 
PHY102 Introduction to Physics
PHY103 Foundation of Physics
PHY104 Introduction to Physics Laboratory
PHY105 Foundation of Physics Laboratory
PHY106 Hot Topics in Physics
Grade Conditions None None

Teacher Training Courses

License Subject[Science]

Senior Thesis・Employment

List of Senior Thesis Titles

Path After Graduation

 

Research

Theoretical Physics

Quantum Physics

Condensed Matter Physics

Applied Physics

Laser Science

Due to the dramatic improvement in group theory and computers, it has become possible to search for difficult conditions and untapped phenomena from various computational methods. We use numerical simulations to search for many-body phenomena and strongly correlated electron/spin systems.
 
Dai Hirashima
Eckhard Hitzer
Sometimes the power of small quanta causes strange or macroscopic phenomena in the world. In addition to exploring the wonders and phenomena involving quantum mechanics, we will explore new possibilities of what it can bring to the world.
 
 
Dai Hirashima
Rekishu Yamazaki
Solids with ordered atoms have properties that have greatly changed our lives, such as semiconductor devices. By elucidating and manipulating these physical properties, new materials and their properties will be revealed.
 
 
 
Dai Hirashima
Ken Okano
From our understanding of physics, we have released various tools into the world. We will try to create a novel device with unprecedented performance by revealing the principle of the device and increasing its performance to the limit.
 
 
Ken Okano
Hideki Okamura
Electromagnetic waves are one of the great tools of mankind. In particular, lasers have been applied in various fields from precision measurement to quantum operation due to its high coherence. Measure with light and operate with light. By exploring light, we will bring out new possibilities.
 
Hideki Okamura
Rekishu Yamazaki

 

 

Faculty

 

Dai HIRASHIMA

Physics Major  Professor

  

Office SH S-108
Office Hour
M 13:50-15:00
Tu 10:10-11:20
Web Page Hirashima Lab

 

Eckhard HITZER

Physics Major Senior Associate Professor

  

Office SH S-106
Office Hour
W 11:30-12:30
Th 11:30-12:30
Web Page Hitzer Lab

 

Hideki OKAMURA

Physics Major  Professor

  

Office SH S-105
Office Hour Th 9:30-11:30
Web Page Okamura Lab.

 

Ken OKANO

Physics Major  Professor

  

Office SH S-103
Office Hour Th 8:50-10:00 
Web Page Okano Lab

 

Rekishu YAMAZAKI

Physics Major  Associate Professor

  rekishu.jpg

Office SH S-107
Office Hour
W 10:10-11:20
W 13:50-15:00
Web Page Shu Lab