Our clever human hands may soon be outdone.
- MIT-affiliated researchers develop a hypersensitive glove that can capture the way in which we handle objects.
- The data captured by the glove can be "learned" by a neural net.
- Smart tactile interaction will be invaluable when A.I.-based robots start to interact with objects — and us.
Synthetic biology is changing the way the planet works.
One fact about our time is becoming increasingly well-known. No matter how far you travel, no matter in which direction you point, there is nowhere on Earth that remains free from the traces of human activity.
What gives us color now may give rise to our cyborg future.
- Eumelanin is a mildly conductive type of melanin that produces dark pigmentation in hair, eyes, and skin.
- Researchers have just found a way to boost its conductivity without adding foreign materials.
- Eulemanin may be useable as a coating for implanted devices the body won't reject.
A new method of growing mini-brains produces some startling results.
- Researchers find a new and inexpensive way to keep organoids growing for a year.
- Axons from the study's organoids attached themselves to embryonic mouse spinal cord cells.
- The mini-brains took control of muscles connected to the spinal cords.
Using a new process, a mini-brain develops retinal cells.
- Mini-brains, or "neural organoids," are at the cutting edge of medical research.
- This is the first one that's started developing eyes.
- Stem cells are key to the growing of organoids of various body parts.
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