Summary
In this conversation, Professor Anirban Pathak discusses his research in photonic quantum information, focusing on quantum communication and quantum computing. He explains the significance of quantum cryptography and its potential to revolutionize security in digital communications. The discussion also covers his academic journey, the influence of his educational environment, and the challenges faced in developing scalable quantum technologies. The National Quantum Mission in India is highlighted as a significant initiative to advance quantum research and education, with a focus on building a robust quantum technology ecosystem.
Takeaways
Professor Pathak works on photonic quantum information, focusing on quantum communication and computing.
Quantum cryptography offers unconditional security based on the principles of physics.
The National Quantum Mission aims to build a photonic quantum computer in India.
Quantum technologies face engineering challenges rather than just physics problems.
Shantiniketan provided a unique educational environment that influenced Professor Pathak's career.
The transition from classical to quantum cryptography is driven by the threat posed by quantum algorithms.
Error correction is a significant challenge in developing quantum computers.
Quantum machine learning is an emerging field with potential applications in various industries.
The National Quantum Mission includes initiatives for quantum sensing and materials.
There is a growing interest in quantum education and research in India.
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