In a new paper, researchers describe how to make a mini-brain with low expense and relative ease.
Researchers have developed a new soft robotic hand with numerous embedded fiber optic sensors and a new type of stretchable optical sensor. They believe incorporating the stretchable optical material into the hand could help provide more feedback.
Researchers have developed a new implantable optogenetics device which they believe could expand the scope of this new field of research.
Researchers have developed a new 3D printed layer structure which incorporates neural cells.
Researchers create a fully functional neuron using organic bioelectronics. The artificial neuron is able to mimic the function of human neurons.
Researchers present the first model of regeneration discovered by artificial intelligence.
Researchers have successfully used a 3D printed guide to help damaged nerves repair themselves.
Researchers report they have created the first lab grown, contracting human muscles.
Researchers develop a graphene microelectrode that allows for optical imaging and electrophysiological recordings of neural circuits.
Researchers have created a force sensing system which can attach to microbots for cellular level research.
Researchers at Lawrence Livermore National Laboratory have been awarded an NIH grant to help develop an electrode array system which will help scientists better understand how the brain works.
Researchers created 3D brain-like tissue which functions like, and has similar structural features to, tissue in rat brains.
