{"id":19739,"date":"2025-02-10T10:54:00","date_gmt":"2025-02-10T05:24:00","guid":{"rendered":"https:\/\/ducc.du.ac.in\/wp3\/?p=19739"},"modified":"2025-02-14T15:50:08","modified_gmt":"2025-02-14T10:20:08","slug":"faculty-development-programme-on-quantum-computing-and-post-quantum-cryptography-department-of-computer-sciencefebruary-3-8-2025-hybrid-mode","status":"publish","type":"post","link":"https:\/\/ducc2.du.ac.in\/wp3\/faculty-development-programme-on-quantum-computing-and-post-quantum-cryptography-department-of-computer-sciencefebruary-3-8-2025-hybrid-mode\/","title":{"rendered":"Faculty Development Programme on Quantum Computing and Post-Quantum Cryptography (February 3 – 9, 2025) (Hybrid Mode)"},"content":{"rendered":"\t\t
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FDP on Quantum Computing and Post-Quantum Cryptography Organized by DUCS, DUCC & NIT Patna<\/h3>\r\n

New Delhi, February 3-9, 2025 – Department of Computer Science (DUCS), Delhi University Computer Centre (DUCC) & NIT Patna<\/strong> collaborated and successfully organized a Faculty Development Programme (FDP)<\/strong> on Quantum Computing and Post-Quantum Cryptography<\/em>. The week-long event, held from February 3 to February 9<\/strong>, brought together faculty members, researchers, and professionals from academia and industry to explore cutting-edge advancements in quantum technologies. The FDP saw 135+ registered participants<\/strong>, with 50+ attending online<\/strong> and 85+ participating in person<\/strong>.<\/p>\r\n

The FDP was coordinated by Dr. Om Pal<\/strong>, with Ms. Seema Sirpal and Dr. Kuldeep Singh<\/strong> as Co-Coordinators<\/strong>. The programme focused on quantum algorithms, post-quantum cryptography, security challenges in the era of quantum computing, and cutting-edge technology advancements in quantum and post-quantum cryptography.<\/p>\r\n

Inaugural Session Highlights<\/h4>\r\n

The FDP commenced with an inaugural session on February 3, 2025<\/strong>, graced by Chief Guest Ms. Tulika Pandey, Scientist G and Group Coordinator (Capacity Building and Skill Development), MeitY<\/strong>, who emphasized the significance of quantum-safe cryptographic solutions. The Guest of Honor, Prof. K. Ratnabali, Dean Academic, University of Delhi<\/strong>, addressed the audience on the role of academia in shaping quantum research. Prof. Neelima Gupta, Dean & Head, Dept. of Computer Science, University of Delhi<\/strong>, and Dr. Om Pal<\/strong>, Event Coordinator, welcomed the participants and highlighted the importance of collaborative learning in emerging technologies.<\/p>\r\n

Engaging Sessions and Expert Talks<\/h4>\r\n

The FDP featured insightful expert talks and discussions on mathematical foundations of cryptography and quantum physics, quantum algorithms, quantum supremacy, types and advancements of post-quantum cryptography, lattice-based, hash-based cryptography among others, post-quantum encryption standards, and quantum-safe security protocols. Experts from renowned academic institutions, including leading universities and research centres, along with professionals from major industry players, shared their knowledge, bridging the gap between theoretical advancements and practical applications. Sessions covered a broad spectrum of topics, from the fundamentals of quantum computing to advanced cryptographic techniques and their real-world implementations. Industry experts provided valuable insights into quantum computing's industrial impact, highlighting its transformative potential in cybersecurity and beyond.<\/p>\r\n

Assessment, Valedictory Session and Closing Remarks<\/h4>\r\n

As a mandatory part of FDP to provide the participants with the certificate of participation in the FDP, an MCQ-based test was conducted for an hour. The valedictory session on February 9, 2025<\/strong>, marked the conclusion of the FDP. Chief Guest Dr. Vinay Thakur, Special Director General, BISAG-N, MeitY<\/strong>, delivered an insightful address on the future of quantum technologies in India. The Guest of Honor, Dr. Gaurav Gupta, Scientist F, MeitY<\/strong>, highlighted the need for post-quantum security measures, while Prof. Bashir Alam from Jamia Millia Islamia<\/strong> provided an academic perspective on the evolving cryptography landscape. Distinguished Guest Shri Surendra Singh, Scientist E, MeitY<\/strong>, spoke about government initiatives supporting quantum advancements. The esteemed guests distributed the certificate of participation to the eligible offline participants. The closing remarks were delivered by Prof. Neelima Gupta, Dean & Head, Dept. of Computer Science, University of Delhi<\/strong>, and Prof. Sanjeev Singh, Director DUCC, Dean FoT, University of Delhi<\/strong>, emphasizing the success and impact of the FDP. The event concluded with a Vote of Thanks by Dr. Om Pal<\/strong>, Event Coordinator.<\/p>\r\n

Impact and Future Prospects<\/h4>\r\n

The FDP served as a crucial platform for knowledge exchange, fostering collaborations between academia and industry in the field of post-quantum security research. Participants appreciated the interactive sessions, expert insights, and hands-on learning opportunities. The event received highly positive feedback from attendees, who praised the informative sessions, expert-led discussions, and engaging lab exercises. Many highlighted the practical relevance of quantum computing concepts, the seamless organization of sessions, and the insightful nature of industry-academia collaborations, reinforcing the importance of continuous learning and future research partnerships.<\/p>\r\n

The success of this FDP has paved the way for future initiatives, including advanced workshops, interdisciplinary research collaborations, and potential joint projects between institutions. The growing interest in post-quantum cryptography highlights the increasing need for skill development programs and deeper engagement with industry leaders. Future editions of such programs could focus on real-world implementations, policy implications, and standardization efforts in quantum security. Additionally, participants expressed interest in forming research groups to explore emerging challenges in post-quantum cryptography, fostering long-term academic and industry partnerships. This initiative is expected to drive further advancements in secure computing, ensuring preparedness for the quantum era.<\/p>\r\n\r\n

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