Quantum Gases: Fluctuation vortices and patterns
Event Date: 11/04/2025
Event brief description
The Physics Division of the School of Basic Sciences, Galgotias University, organized a guest lecture on “Quantum Gases: Fluctuation Vortices and Patterns” on 11th April 2025. The session began with a welcome address by Dr. Sanjeev Kumar (Dean), in the presence of Dr. Sunita Sharma (Associate Dean), Dr. Prabhakar Singh (Head, Physics Division), and Dr. S. K. Kundu (Program Chair). The lecture was delivered by Dr. Arko Roy, Assistant Professor at IIT Mandi, renowned for his work on quantum gases and Bose-Einstein condensates. Dr. Roy explained the fundamentals of BEC, fluctuation vortices, and their role in pattern formation and coherence. He also discussed the impact of magnetism on quantum gases, with insights from both theoretical models and experiments. The lecture highlighted cutting-edge applications in quantum computing and simulation. The event concluded with a memento presented to Dr. Roy by Dr. Sunita Sharma, followed by a vote of thanks from Dr. S. K. Kundu.
Event Detailed Description
The Physics Division, School of Basic Sciences at Galgotias University organized an insightful guest lecture on the topic “Quantum Gases: Fluctuation Vortices and Patterns” on 11th April 2025. The event commenced with a warm welcome address delivered by Dr. Sanjeev Kumar, Dean, School of Basic Sciences, in the presence of Dr. Sunita Sharma (Associate Dean), Dr. Prabhakar Singh (Head, Physics Division), and Dr. S. K. Kundu (Program Chair).
The esteemed guest speaker for the session was Dr. Arko Roy, Assistant Professor, School of Physical Sciences, IIT Mandi, who is widely known for his contributions to the field of quantum gases and Bose-Einstein condensates.
Dr. Roy began his lecture by elaborating on the foundational concepts of Bose-Einstein Condensate (BEC) at ultra-low temperatures. He discussed in detail the phenomena of fluctuation vortices that arise in quantum gases, highlighting their role in pattern formation and quantum coherence. The session further delved into the effects of magnetism on quantum gases, supported by theoretical models and experimental evidence.
A significant part of the lecture was dedicated to the application aspects of quantum gases, particularly in quantum computing and quantum simulation technologies, showcasing their potential in revolutionizing next-generation computational systems.
The lecture was intellectually stimulating and well-received by students and faculty members. At the conclusion of the session, Dr. Sunita Sharma felicitated Dr. Arko Roy with a memento as a token of appreciation. The event ended with a formal vote of thanks delivered by Dr. S. K. Kundu, acknowledging the speaker and the organizing team.
Department Name – Physics
Event Outcome
- Participants gained deeper insights into quantum gases, fluctuation vortices, and Bose-Einstein condensates.
- The lecture highlighted cutting-edge research linking quantum gases to quantum computing technologies.
- The session facilitated academic interaction between students and a leading expert in the field of quantum physics.
- The talk motivated students and Faculty members to explore advanced studies and projects in quantum mechanics and condensed matter physics.
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