What’s next in computing is generative and quantum
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30 results for Materials Discovery
Breaking the von Neumann bottleneck using phase-change materials
ResearchFausto Martelli5 minute readNew algorithm accelerates materials screening by working smart, not hard
ResearchEdward Pyzer-Knapp5 minute readAI discovery of a new way to enter a cell could boost molecular design
ResearchFausto Martelli and Jason Crain5 minute readThe Discovery Accelerator comes to Europe
NewsAnthony Annunziata, Peter Waggett, and Alessandro Curioni5 minute readAI for chemistry: IBM and Evonik Industries to boost material design
Case studyOliver Schilter, Theophile Gaudin, and Federico Zipoli8 minute readSupercrystals: a step towards next-gen ultrabright light sources
ResearchThilo Stöferle6 minute readAI boosts the discovery of metamaterials vital for next-gen gadgets
ResearchYoussef Mroueh, Karthikeyan Shanmugam, and Payel Das10 minute readResearchers shed light on graphene’s interaction with water
ResearchMara Chiricotto, Fausto Martelli, and Paola Carbone7 minute readIBM AI finds new peptides – paving the way to better drug design
ResearchAleksandra Mojsilovic and Payel Das4 minute readIBM Molecule Generation Experience: Supercharging new materials design with AI and Hybrid Cloud
ReleaseSeiji Takeda6 minute readIBM boosts material discovery to make gadgets more sustainable
ResearchKatia Moskvitch7 minute readIBM RXN: New AI model boosts mapping of chemical reactions
ResearchPhilippe Schwaller and Teodoro Laino5 minute readUnlocking the potential of today’s noisy quantum computers for OLED applications
ResearchGavin JonesRoboRXN: automating chemical synthesis
ResearchTeodoro LainoFree of Heavy Metals, New Battery Design Could Alleviate Environmental Concerns
ResearchYoung-Hye NaCell engineering can give IBM Watson “microscopic eyes”
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