Occasion: Expert Lecture
Date: 7 November 2025
Mode: Online (Google Meet)
Speaker: Prof. Vivek Jaglan, Professor & Director, City Institute of Higher Learning, Moncton, Canada
Head of Department: Dr. Uma Rani
Faculty Coordinator: Ms. Tarina Jayant
Event Host: Ms. Tusha Gupta
Organized By: Department of Computer Science, Dr. Akhilesh Das Gupta Institute of Professional Studies (ADGIPS)
Event Overview
The Department of Computer Science, ADGIPS, organized an insightful Expert Lecture on “Quantum AI and the Future of Secure Intelligence Systems” on 7th November 2025 at 2:00 PM in online mode.
The session was delivered by Prof. Vivek Jaglan, an esteemed academician and researcher from the City Institute of Higher Learning, Moncton, Canada. The lecture explored the fascinating convergence of Quantum Computing and Artificial Intelligence (AI) and its potential to revolutionize data processing, computation, and digital security.
Event Proceedings
The session began with a warm welcome address by Ms. Tusha Gupta, who gracefully hosted the event and introduced the distinguished speaker to the audience. Ms. Tarina Jayant, the Faculty Coordinator, shared the objective of organizing such expert interactions to expose students to cutting-edge technologies and global research perspectives.
Prof. Jaglan initiated the lecture by elaborating on the core principles of Quantum Computing superposition, entanglement, and qubits and explained how these concepts enable computational speed and complexity far beyond classical systems. He then transitioned into Quantum AI, highlighting how it empowers machine learning models with unprecedented efficiency and security.
The lecture also covered the scope of Quantum Cryptography, Quantum Neural Networks, and Quantum Algorithms that promise to redefine cybersecurity and intelligent systems in the coming decade.
Key Highlights
Prof. Jaglan began the session by explaining the fundamentals of Quantum Computing superposition, entanglement, and qubits and how these principles are revolutionizing computation.
He then discussed how Quantum AI enhances data processing efficiency, optimization, and pattern recognition while simultaneously enabling secure communication through quantum cryptography.
The lecture also touched upon the future potential of Quantum Machine Learning models, their integration into real-world applications, and the ethical and security concerns surrounding this rapidly evolving domain.
Participation
The event witnessed enthusiastic participation from over 60 students and faculty members of the Computer Science Department.
The lecture was interactive, with participants posing thoughtful questions about the integration of Quantum Computing in AI applications, and its ethical, technical, and implementation challenges.
Learning Outcomes
- Understood the conceptual foundations of Quantum Computingand its significance in next-generation AI systems.
- Gained insights into quantum-based cryptographic security frameworks.
- Explored real-world use cases and ongoing research trends in Quantum Machine Learning.
- Enhanced understanding of future opportunities and ethical implicationsin secure intelligent system design.
Acknowledgment
The Department of Computer Science expresses its sincere appreciation to Prof. Vivek Jaglan for delivering such a thought-provoking and globally relevant lecture.
Special thanks are extended to Dr. Uma Rani (Head of Department) for her unwavering guidance, and to Ms. Tarina Jayant (Event Coordinator) and Ms. Tusha Gupta (Event Host) for their dedicated efforts in planning, organizing, and smoothly conducting the session.
Outcome
The Expert Lecture was a remarkable success, providing students with a futuristic perspective on Quantum Artificial Intelligence and Security Systems.
It not only broadened participants’ technical horizons but also inspired them to pursue interdisciplinary research in AI, Quantum Technologies, and Cybersecurity — areas shaping the future of secure intelligence.
