• Tiny Swimming Robots Can Restructure Materials on a Microscopic Level

Tiny Swimming Robots Can Restructure Materials on a Microscopic Level

Tunneling Electrons Confirm New Device Structure for Energy-Efficient Chips

Physics of Disaster: How Mudslides Move

Algorithm for 2D-to-3D Engineering Integrates Art, Nature and Science

Defining Neural ‘Representation’

Rethinking the Computer Chip in the Age of AI

Swarm of 3D Printing Drones to Assist Manufacturing in Building and Repairing Structures

2022 CAREER Award Recipient: Lukasz Bugaj

Konrad Kording’s CENTER is Part of a New NIH Education Initiative on Scientific Rigor

Training the Next Generation of Scientists on Soft Materials, Machine Learning and Science Policy

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