hans
Banned
1mm (millimeter) Injectable Computers.
Imagine a computer, complete with processor chip and sensors, so small it could give a grain of salt a run for its money. Now imagine embedding it as a super-smart sensor inside your body.
The device in question is designed to be embedded into the eyeballs of severe glaucoma sufferers, where it sits quietly tracking intra-ocular pressure, before reporting its data wirelessly to a sensor wand held near the patient's eye. It could transform numerous people's lives, potentially helping them manage their disease and dodge blindness--and it's so promising it's expected to be available on the market inside just a few years.
But despite this neat application, which has very tangible benefits, the actual success of the technology here is breathtaking. This development from the University of Michigan is believed to be the first "millimeter scale computing system," because in one extraordinarily tiny device, there's a CPU, battery, memory, sensors, and the necessary electronics to power the chip, wake it up to take measurements, and to transmit the information over radio. It gets its power from sunlight (handy in the in-eye application) and needs just 1.5 hours of sunlight exposure, or 10 hours of indoor lights, to keep it functioning every day.
Source: http://www.fastcompany.com/1730607/1mm-injectable-computers-medicine?hpt=Sbin
Imagine a computer, complete with processor chip and sensors, so small it could give a grain of salt a run for its money. Now imagine embedding it as a super-smart sensor inside your body.
The device in question is designed to be embedded into the eyeballs of severe glaucoma sufferers, where it sits quietly tracking intra-ocular pressure, before reporting its data wirelessly to a sensor wand held near the patient's eye. It could transform numerous people's lives, potentially helping them manage their disease and dodge blindness--and it's so promising it's expected to be available on the market inside just a few years.
But despite this neat application, which has very tangible benefits, the actual success of the technology here is breathtaking. This development from the University of Michigan is believed to be the first "millimeter scale computing system," because in one extraordinarily tiny device, there's a CPU, battery, memory, sensors, and the necessary electronics to power the chip, wake it up to take measurements, and to transmit the information over radio. It gets its power from sunlight (handy in the in-eye application) and needs just 1.5 hours of sunlight exposure, or 10 hours of indoor lights, to keep it functioning every day.
Source: http://www.fastcompany.com/1730607/1mm-injectable-computers-medicine?hpt=Sbin
