| * TITLE |
Introduction to Tensor Networks |
| * SPEAKERS |
| Name |
Affiliation |
E-mail |
| Hyun-Yong Lee |
KOREA University Sejong Campus |
|
|
| * HOST(Applicant) |
| Name |
Affiliation |
E-mail |
| Research Support Team |
|
ra(at)apctp.org |
|
| * DATE / TIME |
2020-07-08 ~ 2020-07-09, JULY 8(13:00-14:00, 14:30-15:30, 16:00-17:00) / JULY 9(14:00-15:00, 15:30-16:30) |
| * PLACE |
#512, APCTP HQ, Online via ZOOM |
| * LINK |
https://zoom.us/j/93216288070?pwd=enZPZWFqK0E2TWRVVmR3TmFnV3l2UT09 |
| * ABSTRACT |
| We begin by reviewing basic concepts and idea behind the tensor network representation of the quantum many-body states. With representative examples, we will see how efficient the tensor network is to realize and handle the quantum many-body states. Then, we discuss how the symmetries, gauge redundancy and related topological characters are encoded in this representation. Finally, numerical algorithms handling the tensor networks will be introduced in details. |
| * POSTER IMAGE |
|
