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A conference on Quantum Theory and Ontology of Sunyata

Event Date and year: 8/3/2025

Event brief description

A group of students attended a unique interdisciplinary conference exploring the intersection of Quantum Mechanics and the Ontology of Śūnyatā from Buddhist Philosophy. The event featured distinguished physicists and Buddhist scholars discussing the nature of reality, quantum uncertainty, and the concept of emptiness (Śūnyatā) as described in Madhyamaka philosophy. The sessions covered topics such as wave-particle duality, quantum superposition, observer effects, and non-dualistic interpretations of existence. Engaging in discussions and panel debates, students gained insights into how modern physics and ancient wisdom traditions approach the question of reality. The experience enriched their understanding, fostering a deeper appreciation of both scientific inquiry and philosophical contemplation.

Event Detailed Description

School of Basic Sciences (SBS) students visited the India Habitat Center, New Delhi on 8th March 2025, along with faculty members Dr. Susmita Majaumdar and Shubham Mishra. Attending a conference on Quantum Theory and Buddhist Philosophy offers students a unique opportunity to explore the intersection of science and spirituality. While quantum physics delves into the nature of reality through mathematical frameworks and experimental observations, Buddhist philosophy provides a profound perspective on consciousness, interdependence, and the nature of existence. 

Understanding these interdisciplinary concepts can greatly benefit students in their academic and professional journeys.

The learning outcomes of the scientific visit are as follows:

  1. Students learned the current state-of-art work in quantum physics and an interconnection of our fundamental physical world with the spiritual world through the eyes of Buddhist philosophy.
  1. Students engage with and learn about the core principles of quantum physics from renowned experts like Dr. Sishir Roy, gaining valuable insights that can help shape and advance their future careers.
  1. Students learned about quantum computing and quantum information research work and how these phenomena are key points in advancing technology.
  1. Students learned how the measurements in quantum mechanics affect the result of an experiment through two thought-provoking talks given by leading scientists in this field.
  1. The list of speakers also included a professional speaker who taught how to give presentations properly

Department Name – Physics

Event Outcome

  1. Students learned the current state-of-art work in quantum physics and an interconnection of our fundamental physical world with the spiritual world through the eyes of Buddhist philosophy.
  1. Students engage with and learn about the core principles of quantum physics from renowned experts like Dr. Sishir Roy, gaining valuable insights that can help shape and advance their future careers.
  1. Students learned about quantum computing and quantum information research work and how these phenomena are key points in advancing technology.

Related Goal