Venue: Emmy Noether Seminar Room
First meeting: 11 August 2025
Class Timings: Mondays from 3:30 PM - 5:00 PM and Fridays from 1:45 PM - 3:45PM
Course Description: List of experiments:
1. Pancharatnam phase
2. Bending of a laser beam through a sugar solution and determination of the concentration gradient
3. Coupled oscillatory motion of two, and more metronomes
4. Chua's circuit
5. Brownian motion
(20%) Participation in discussions
(10%) Ability to achieve open-ended goals of the experiment
Course Outcome: By the end of the ICTS Advanced Lab Course, students will be able to:
1. Demonstrate Advanced Experimental Techniques: Conduct sophisticated experiments involving Pancharatnam phase, laser beam bending, coupled oscillatory motion, Chua's circuit, and Brownian motion, showcasing proficiency in experimental setups and methodologies.
2. Integrate Theory and Practice: Correlate experimental findings with theoretical principles, deepening the understanding of complex physical phenomena and bridging gaps between theoretical predictions and practical outcomes.
3. Develop Critical Analytical Skills: Analyze experimental data effectively, write comprehensive reports, and deliver clear, insightful presentations, demonstrating a strong grasp of scientific communication.
4. Cultivate Problem-Solving and Collaborative Skills: Engage in discussions, tackle open-ended experimental challenges, and contribute to a collaborative learning environment, emphasizing the ability to achieve research-oriented goals.
- Teacher: Mahesh Bandi
- Teacher: Abhishek Dhar
- Teacher: Joseph Samuel
Credit Score: 8