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Your Robot Just Learned From Its Last Failed Grab
Robots now learn from fumbles, adapting to succeed on complex tasks by reversing their faulty reasoning.
A digital crystal ball for your cells predicts drug response
This AI model accurately predicts cell behavior, offering a clearer path to understanding drug responses.
AI's perfect scores are an illusion. Let's see through it.
AI's perfect scores hide fundamental understanding gaps, making reported progress a potentially misleading illusion.
A New Map to Life's Intricate Molecular City
This new map reveals the molecular forces dictating protein interactions, clarifying cellular communication.
When Data’s Deepest Secrets Suddenly Become Clear to Find
New methods reveal hidden patterns in complex data that were previously computationally intractable.
Your Immune System's Secret Weapon Can Turn Against You
CD38, your immune system's versatile tool, can dangerously deplete vital cellular energy, fueling disease.
Your brain tracks the camera, now AI models do too
AI models can now understand a scene not just by what they see, but how the camera moves through it.
Your brain tracks the camera, now AI models do too
New AI models now understand video motion, mirroring how your brain tracks the camera's view.
Tiny Light Switch Revolutionizes Data, Sips Power
A novel optical switch uses light's subtle nonlinearities to control data flow with unprecedented energy efficiency.
Your Next AI Could Run on Half a Brain
New AI architecture allows models to selectively activate only a fraction of their components for efficient, specialized task performance.
AI Learns to Custom-Build Proteins With Perfect Mix of Traits
AI can now custom-build proteins by balancing multiple, often conflicting, functional requirements.
Your next AI will be carved from glass
AI's future might involve sculpting physical materials to perform calculations, offering a more efficient alternative to current software-driven chips.