Sergio Gago, Managing Director of Quantum Computing, Moody’s Analytics; will speak at IQT Quantum + AI New York 2024
Sergio Gago Huerta, the Managing Director of Quantum Computing at Moody’s Analytic, will speak at IQT Quantum + AI New York 2024.
Sergio Gago Huerta iand has more than 20 years of experience as an entrepreneur, CTO and general manager in startups, scaleups and corporations.
Prior to leading the Quantum Computing effort he led the Media Solutions operating unit for Moody’s that features the NewsEdge suite of real-time news-based solutions. He led advances in artificial intelligence and machine learning and applied these developments to news and other media content for companies seeking timely, highly relevant information to fuel decision making as news breaks. With previous experience at Rakuten, Zinio, VCG, Tangelo and Ares Development, Sergio brings more than two decades of executive management and technology experience leading highly technical organizations to drive digital transformation. He holds an MBA, Telecommunications Engineering and Quantum Computing & Information graduate degrees. He was also nominated “40 under 40” in data in 2021 by CDO. Sergio is also the Director at the Big Data and AI Master Degree at BTS / University of Barcelona and an Angel Investor in early stage startups.
QUANTUM + AI conference-New York City-October 29-30, 2024
The inaugural IQT QUANTUM + AI conference promises to be a pioneering event, uniting Quantum Computing and Artificial Intelligence (AI) leaders to explore the synergistic potential of merging these revolutionary technologies. This event aims to address the current challenges and vast opportunities at the intersection of quantum computing and AI, promising to enhance AI’s capabilities through quantum-powered algorithms, machine learning techniques, and data processing methods beyond the reach of classical computing. By enabling faster and more efficient processing of large, complex datasets, quantum computing is poised to supercharge AI applications across various sectors, including pharma, finance, and defense, heralding a new era of accelerated machine learning, improved predictions, and optimized processes. Despite the technical hurdles, such as the need for better error correction and fault tolerance in quantum computing and the development of quantum-optimized software for AI decision-making, the conference underscores the transformative impact of Quantum AI on advancing technological frontiers across numerous industries.
