Can quantum computers model nature’s most turbulent systems?
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Ryan Mandelbaum
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62 results for Exploratory Science
Can quantum computers model nature’s most turbulent systems?
ExplainerRyan MandelbaumFrom atoms to chips: Thermonat models heat with unprecedented accuracy
NewsPeter Hess- Topic
A new advance in a two-century pursuit in physics
Technical noteOki Gunawan, Doug Bishop, and Bonfilio NainggolanThe quest to teach LLMs how to count
ResearchKim MartineauLeading the way in open Earth observation AI
Deep DiveJuan Bernabé-MorenoIntroducing Thinking-in-Modalities with TerraMind
Technical noteBenedikt Blumenstiel and Johannes JakubikAI-powered satellites will upend how we observe our changing planet
ReleaseMike MurphyIntroducing ado: The accelerated discovery orchestrator
Technical noteAlessandro Pomponio and Michael JohnstonHere comes a foundation model for the Sun
ReleaseKim Martineau and Mike MurphyTowards a generative future for computing
ReleaseMike MurphyOpening a new era in algorithmic development
Deep DiveAlessandro Curioni and Jay GambettaIBM’s Dmitry Krotov wants to crack the ‘physics’ of memory
ResearchKim MartineauLarge memory storage through astrocyte computation
Technical noteDmitry Krotov and Leo KozachkovHow IBM Research first demonstrated the revolutionary Cooley-Tukey FFT
NewsPeter Hess
