Bioengineering revolution leading to human cyborgs
The EE Times reported interesting findings from last week’s annual international conference of the IEEE Engineering in Medicine and Biology Society, held in Lyon, France. With a market projected to be $2.8 billion, a bioengineering revolution is underway to build sophisticated brain-computer interfaces allowing for real-time mechanical action and diagnosis.
Advances in electronics, electrodes and algorithms are allowing for the creation of worn and implantable sensors that can translate brain signals into mechanical action. For instance, one group was able to capture the signals of 30 motor neurons in the M1 area of the motor cortex using scalp-worn EEG sensors to flex a single prosthetic finger with 99% accuracy. Read the rest of this entry »





