Скачать или смотреть Towards Efficient AI: Machine Learning’s Role in Physics and Business

How can physics and AI work together to redefine what’s possible in science and business?

In this episode of the Infosys Knowledge Institute, Sen Koff, Lecturer at the University of Cambridge, shares how his research bridges physics, machine learning, and quantum computing.

From writing equations with AI to understanding the dynamics of neural networks, Sen explores how businesses can learn from scientific complexity — and how quantum devices could soon transform the future of generative AI.

What You’ll Learn:
• How physicists use AI to derive equations and accelerate discovery
• What neural network dynamics can teach us about efficiency
• The parallels between AI complexity and real-world business challenges
• Why quantum hardware could redefine generative AI
• How science-driven AI research inspires enterprise innovation

Dr. Sven Krippendorf, Assistant Teaching Professor in the MPhil in Data Intensive Science at the University of Cambridge, explores the intersection of physics and machine learning to advance AI. He focuses on improving AI’s ability to derive physical equations and understand neural network dynamics for more efficient models. Through his collaboration with Infosys, Dr. Krippendorf aims to drive innovation at the crossroads of AI, physics, and business, solving real-world challenges.

For more insights from the Infosys Knowledge Institute:
Visit: infy.com/3G9HtwA
Follow: infy.com/4nCW72N
Connect: infy.com/3Cv2Cyu
Email: [email protected]

#AI #FinancialServices #InfosysKnowledgeInstitute #StanfordAI #GenerativeAI #AgenticAI #CXOInsights #InfosysAI"