3rd ICG-CGCRI TUTORIAL SCHEDULE

Day 1 17 JAN
2025 Day 2 18 JAN
2025 Day 3 19 JAN
2025

08:45 CGCRI, Kolkata

Event

Registration

09:30-10:10 CGCRI, Kolkata

Event

Inauguration

09:30-09:35 Invocation and Lighting of the lamp
09:35-09:45 Welcome Address by Dr.Sitendu Mandal, President, ICG 2025 & Chief Scientist, CSIR-CGCRI
09:45-09:55 Introductory remarks by Prof. Reinhard Conradt, Immediate Past President, International Commission on Glass
09:55-10:05 Speech by Prof. Ana Rodrigues, Chair, ICG Technical Committee, TC23: Education, Training in Glass Science & Eng.
10:05-10:10 Vote of Thanks by Dr. K. Annapurna, Chair, 3rd ICG-CGCRI Tutorial

10:10-10:55 CGCRI, Kolkata

Event

Lecture 1

Speaker

Prof. J. M. Parker

Lecture

Transport properties of Glass

10:55-11:15
Tea/Coffee

11:15-12:00 CGCRI, Kolkata

Event

Lecture 2

Speaker

Prof. Reinhard Conradt

Lecture

Thermodynamics and Chemical Structure of Oxide Glasses

12:00-12:45 CGCRI, Kolkata

Event

Lecture 3

Speaker

Prof. J. M. Parker

Lecture

Colour and redox processes

12:45-13:30
Lunch (Packed Lunch/Sandwiches)

13:30-15:00 CGCRI, Kolkata

Event

Introduction of Students (one slide per student for 2 min)

15:00-15:45 CGCRI, Kolkata

Event

Lecture 4

Speaker

Prof. Reinhard Conradt

Lecture

The Batch-to-Melt Conversion in Industrial Glass Making

15:45-16:30 CGCRI, Kolkata

Event

Lecture 5

Speaker

Prof. Anoop Krishnan

Lecture

Machine Learning for Glass Science-I

16:30-16:45
Tea/Coffee

16:45-17:30 CGCRI, Kolkata

Event

Lecture 6

Speaker

Prof. Anoop Krishnan

Lecture

Machine Learning for Glass Science-I

17:30-18:15 CGCRI, Kolkata

Event

Lecture 7

Speaker

Prof. Aswini Ghosh

Lecture

Transport and Relaxation of Charge Carriers in conducting glass

18:15-19:00 CGCRI, Kolkata

Event

Lecture 8

Speaker

Dr. C. Venkateswaran

Lecture

The Transformative Power of a Magical Material: Glass

09:30-10:15 CGCRI, Kolkata

Event

Lecture 9

Speaker

Mr. Stuart Hakes

Lecture

Electric Boosting- How to operate and maintain-I

10:15-11:00 CGCRI, Kolkata

Event

Lecture 10

Speaker

Prof. Leena Hupa

Lecture

Manufacturing products of melt-derived bioactive glass vs. melt crystallization-I

11:00-11:30
Tea/Coffee

11:30-12:15 CGCRI, Kolkata

Event

Lecture 11

Speaker

Mr. Stuart Hakes

Lecture

Electric Boosting- How to operate and maintain-II

12:15-13:00 CGCRI, Kolkata

Event

Lecture 12

Speaker

Prof. Leena Hupa

Lecture

Manufacturing products of melt-derived bioactive glass vs. melt crystallization-II

13:00-13:30
Lunch (Packed Lunch/Sandwiches)

13:30-14:30 CGCRI, Kolkata

Event

Interaction of students

14:30-15:15 CGCRI, Kolkata

Event

Lecture 13

Speaker

Prof. Edgar Zanotto

Lecture

Nucleation and crystallization of supercooled liquids and glasses -I

15:15-16:00 CGCRI, Kolkata

Event

Lecture 14

Speaker

Prof. Ana Rodrigues

Lecture

Electrical properties: fundamentals

16:00-16:15
Tea/Coffee

16:15-17:00 CGCRI, Kolkata

Event

Lecture 15

Speaker

Prof. Edgar Zanotto

Lecture

Nucleation and crystallization of supercooled liquids and glasses -II

17:00-17:45 CGCRI, Kolkata

Event

Lecture 16

Speaker

Prof. Ana Rodrigues

Lecture

Electrical properties: characterization and application

17:45-18:30 CGCRI, Kolkata

Event

Lecture 17

Speaker

Dr. K. Annapurna

Lecture

Optical and spectral Properties of Glasses

09:30-10:15 CGCRI, Kolkata

Event

Lecture 18

Speaker

Prof. Arun Varshneya

Lecture

Strength and Strengthening of Glass-I

10:15-11:00 CGCRI, Kolkata

Event

Interactive Session among participants and tutorial speakers

11:00-11:15
Tea/Coffee

11:15-12:00 CGCRI, Kolkata

Event

Lecture 19

Speaker

Prof. Arun Varshneya

Lecture

Strength and Strengthening of Glass-II

12:00-13:00 CGCRI, Kolkata

Event

Valedictory Function-Distribution of Certificates

13:00-14:00
Lunch (K D Sharma Multipurpose Hall)

14:00-15:30 CGCRI, Kolkata

Event

Youth Outreach Program of ICG (Meet the Mentors)

15:30-17:30 CGCRI, Kolkata

Event

Visit to unique facilities of CSIR-CGCRI

1. Atma Ram Memorial Museum and Archives
2. Specialty Glass Division
3. Fiber Optics and Photonics Division
4. Biomaterials and Medical Devices
5. Energy Materials and Devices Division