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New method labels proteins in large tissue samples with high speed
New technology labels proteins across whole, intact rodent brains, embryos, and even human brain samples, with "ultra-fast" speed.
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Swarms of cyborg insects for disaster response
Insects carrying sensors, occasionally guided by shocks, could cooperate in swarms to search for people after disasters.
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Supercomputer simulation of molecular dynamics wins the Gordon Bell Prize
Molecular dynamics researchers have won the 2024 Gordon Bell Prize, which is like the Nobel Prize for high-performance computing (HPC).
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Dropletronic technology for new biocompatible devices
Dropletronic technology could help build devices that can interact with biological systems in a way that's friendly to living tissues.
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Deep learning system for protein design
Researchers have developed a new, efficient AI tool that uses deep learning to design proteins that can bind to small molecules.
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Holographic methods could revolutionize 3D printing
Holographic methods based on acoustic holograms could revolutionize 3D printing and its applications in many industries.
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Soft polymer devices controlled by light wrap around neurons and cells
Researchers have developed soft light controlled devices that can wrap around and interact with individual cells within the body.
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Simple synthetic cells produce and transfer energy like natural cells
Scientists are trying to create synthetic cells that are simplified versions of living cells and work like living cells.
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How energy-generating synthetic organelles could sustain artificial cells — a powerhouse of the future
Paving the way to creating entirely new synthetic organisms or biomaterials and understanding the origin of life and cells
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The Illuminated Body
New compact wireless OLED light source could one day replace electrical body stimulation methods