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“Chip cooling will be key to the future of AI” Remco Van Erp

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For his PhD, Remco van Erp conducted pioneering research on liquid cooling systems that can be integrated directly into computer chips. He spoke with us about how the cross-disciplinary approach at EPFL’s POWERlab coupled with the boom in generative AI have catalyzed the growth of his startup, Corintis. For his PhD, Remco van Erp conducted pioneering research on liquid cooling systems that can be integrated directly into computer chips. He spoke with us about how the cross-disciplinary approach at EPFL’s POWERlab coupled with the boom in generative AI have catalyzed the growth of his startup, Corintis. For his PhD, Remco van Erp conducted pioneering research on liquid cooling systems that can be integrated directly into computer chips. He spoke with us about how the cross-disciplinary approach at EPFL’s POWERlab coupled with the boom in generative AI have catalyzed the growth of his startup, Corintis. For his PhD, Remco van Erp conducted pioneering research on liquid cooling systems that can be integrated directly into computer chips. He spoke with us about how the cross-disciplinary approach at EPFL’s POWERlab coupled with the boom in generative AI have catalyzed the growth of his startup, Corintis. For his PhD, Remco van Erp conducted pioneering research on liquid cooling systems that can be integrated directly into computer chips. He spoke with us about how the cross-disciplinary approach at EPFL’s POWERlab coupled with the boom in generative AI have catalyzed the growth of his startup, Corintis. For his PhD, Remco van Erp conducted pioneering research on liquid cooling systems that can be integrated directly into computer chips. He spoke with us about how the cross-disciplinary approach at EPFL’s POWERlab coupled with the boom in generative AI have catalyzed the growth of his startup, Corintis. For his PhD, Remco van Erp conducted pioneering research on liquid cooling systems that can be integrated directly into computer chips. He spoke with us about how the cross-disciplinary approach at EPFL’s POWERlab coupled with the boom in generative AI have catalyzed the growth of his startup, Corintis. For his PhD, Remco van Erp conducted pioneering research on liquid cooling systems that can be integrated directly into computer chips. He spoke with us about how the cross-disciplinary approach at EPFL’s POWERlab coupled with the boom in generative AI have catalyzed the growth of his startup, Corintis. For his PhD, Remco van Erp conducted pioneering research on liquid cooling systems that can be integrated directly into computer chips. He spoke with us about how the cross-disciplinary approach at EPFL’s POWERlab coupled with the boom in generative AI have catalyzed the growth of his startup, Corintis. For his PhD, Remco van Erp conducted pioneering research on liquid cooling systems that can be integrated directly into computer chips. He spoke with us about how the cross-disciplinary approach at EPFL’s POWERlab coupled with the boom in generative AI have catalyzed the growth of his startup, Corintis. For his PhD, Remco van Erp conducted pioneering research on liquid cooling systems that can be integrated directly into computer chips. He spoke with us about how the cross-disciplinary approach at EPFL’s POWERlab coupled with the boom in generative AI have catalyzed the growth of his startup, Corintis. For his PhD, Remco van Erp conducted pioneering research on liquid cooling systems that can be integrated directly into computer chips. He spoke with us about how the cross-disciplinary approach at EPFL’s POWERlab coupled with the boom in generative AI have catalyzed the growth of his startup, Corintis.