No

Name of the speakers

Affiliation

Topic of tutorial

Resources

1

Manoj Kumar Harbola

Indian Institute of
Technology, Kanpur

Density Functional theory

2

Prasanjit Samal

National Institute of Science Education and Research, Bhubneswar

Density Functional theory

3

Alok Shukla

Indian Institute of
Technology, Bombay

Wavefunction based methods

4

Jaejun Yu

Seoul National University, South Korea

Wannierization and Identification of
Topological Phases

5

Hosho Katsura

University of Tokyo, Japan

Magnonic analogs of topological insulators in 2 and 3 dimensions

6

Manish Jain

Indian Institute of Science, Bangalore

GW-BSE method

7

Saswata Bhattacharya

Indian Institute of
Technology, Delhi

GW-BSE method Probing Excited States in Materials: Benchmarking Hybrid DFT vs GW vs BSE vs model BSE

8

Suryanarayana
Ramasesha

Indian Institute of Science, Bangalore

Introduction to Density Matrix
Renormalization Group (DMRG) method.

9

Tokuro Shimokawa

Okinawa Institute of Science and Technology, Japan

Exact Diagonalization (ED)

10

Arun Paramekanti

University of Toronto, Canada

Modern Mean Field Theory (MFT)

11

Tsuyoshi Okubo

University of Tokyo, Japan

Tensor network approach to two-dimensional frustrated spin systems

12

Subhro Bhattacharjee

International Centre for Theoretical Sciences, Bangalore

Modern Mean Field Theory (MFT)

No

Name of the speakers

Affiliation

Topic of tutorial

Resources

1

Prasanjit Samal

National Institute of Science Education and Research, Bhubneswar

Density Functional Theory

2

Rabeet Singh

Indian Institute of Technology, BHU

Density Functional Theory

3

Pritam Bhattacharyya

IFW Dresden, Germany

Wavefunction /Wannier Function & Topology (Applications)

5

Manish Jain

Indian Institute of Science, Bangalore

GW-BSE method

6

Tokuro Shimokawa

Okinawa Institute of Science and Technology, Japan

Exact Diagonalization (ED)

7

Tsuyoshi Okubo

University of Tokyo, Japan

Tensor network approach to two-dimensional frustrated spin systems