Not exact matches
In addition to being light and flexible, it can extract electrical energy from human blood and sweat, making the
device potentially usable as a
power source for
tiny medical
devices inside the human body.
Each design differs slightly in the technical details, but the hurdles are the same: creating an effective
device tiny enough to fi t inside the eye,
powering that
device, and getting signals from the detector to the brain.
The creation of neural dust at Berkeley, led by Maharbiz and Jose Carmena, a Berkeley professor of electrical engineering and computer sciences and a member of the Helen Wills Neuroscience Institute, has opened the door for wireless communication to the brain and peripheral nervous system through
tiny implantable
devices inside the body that are
powered by ultrasound.
Using
power harvested from ambient light with a
tiny solar cell — roughly the size of a grain of rice — the
device was able to communicate with a base station that was 50 feet away.
Today's electronic
devices are
powered by transistors, which are
tiny silicon structures that rely on negatively charged electrons moving through the silicon, forming an electric current.
Professor Georges Gielen, Vice Rector of Science, Engineering and Technology at the Katholieke Universiteit in Leuven, Belgium, said the next generation of electronics, including wireless sensor networks and other
tiny devices envisioned as part of the «Internet of things,» require low -
power, high performance chips.
A Stanford electrical engineer has invented a way to wirelessly transfer
power deep inside the body and then use this
power to run
tiny electronic medical gadgets such as pacemakers, nerve stimulators or new sensors and
devices yet to be developed.
More exotic ideas involve employing high -
powered lasers or ejecting a series of
tiny relay
devices, akin to messages in a bottle.
A microwatt is a
tiny amount of
power, but it is enough for lab - on - a-chip
devices, diagnostic tools and monitoring tools such as Mink's diabetes tracker.
e-cigarette (short for electronic cigarette) Battery -
powered devices that disperse nicotine and other chemicals as
tiny airborne particles that users can inhale.
To the left of the media buttons lies the
power button, which between being
tiny and mounted flush to the
device makes it extremely annoying to use.
The Portal is a cereal - bowl - sized, battery -
powered device that looks like a
tiny ice skating rink and communicates with the Wii via a USB dongle.
The
power and eject buttons are located on the front of the
device, but since they've been made to mimic the LED strip, it took us a few seconds to realize that these
tiny glossy strips were anything other than decoration.
Enable Bluetooth on the
device with which you'd like to pair, then press and hold the
Power button until the
tiny LED flashes white and orange.
As we detailed just last month, users need only to position a base station in their home whereupon a
tiny chip in a mobile
device can connect to it and soak up
power through the air.
The «secret» developer port on the Apple Watch has yet to be harnessed by third - party developers, but it definitely possesses cool
powers, as this new video shows: The
tiny port hidden by the Apple Watch band can actually charge your
device faster than normal.
Though these
tiny devices have transcended their limitations of processing
power and storage in an explosive manner,
powering them deep down are still chemical - based batteries, which have seen advancements but not that staggering compared to other departments.
You'd expect all this from a
device with a
tiny power pack, but with a 3900 mAh (14.43 Wh) reservoir, the Ascend Mate2 packs one of the biggest batteries we've ever handled.