The Community Tech Fair will feature on - site demonstrations and exhibits of
practical technology devices such as smartphones, tablets, DSLR (digital single - lens reflex) and mirrorless cameras, virtual reality, video games and other smart devices.
Not exact matches
The innovation is especially significant for small
devices, Hunter says, because other energy - storage
technologies — such as fuel cells, batteries, and flywheels — tend to be less efficient, or simply too complex to be
practical when reduced to very small sizes.
Researchers said the gains are a significant advance in their ongoing work to develop and test a
practical BCI assistive
technology that people with paralysis could use easily, reliably, independently, and on demand to regain control over external
devices.
This is the latest twist in a story that began in the late 1980s, when Kip Thorne and colleagues at the California Institute of
Technology in Pasadena suggested that although the construction of a time machine might pose considerable
practical difficulties, there is nothing in the laws of physics as understood at present to make such a
device an impossibility.
She says that there may be
practical applications in the future — a commentary accompanying the paper suggests that the method could aid in the development of
technologies such as molecular wires, atom - thick conductors that could help shrink electronic
devices — but that their result concerns «extremely fundamental» physics that might be just as valuable for developing quantum intuition in the next generation of physicists.
Purdue University doctoral student Yang Xu, lead author of a new research paper on «topological insulators,» an emerging class of materials that could make possible «spintronic»
devices and
practical quantum computers far more powerful than today's
technologies, is shown here inspecting
devices made from topological insulators under a microscope before electrical measurements.
Researches have uncovered «smoking - gun» evidence to confirm the workings of an emerging class of materials that could make possible «spintronic»
devices and
practical quantum computers far more powerful than today's
technologies.
Keith Yeates, PhD, lead for the university's Integrated Concussion Research Program (ICRP) and a co-investigator on the study, says the
technology has important
practical benefits, «The fNIRS
device has the potential to provide a convenient method for helping detect concussion.»
With this new insight, Shin and fellow Samsung researchers are poised to keep refining the
practical realizations of the
technology and use their findings to push the boundaries of what TENG
devices can power — and for how long.
Although invisibility
devices were invented first, the illusion
technology might win the race to be put to
practical use.
Even so, it will be fun to follow what happens with this
technology, and if it will turn into a
practical way to charge up smaller
devices.
We're still holding tight for the really
practical uses of OLED display
technology, such as greening up our laptops, cell phones and other constantly used
devices.
It is important in all legal
technology to keep an eye on the
practical amidst the pretty — whether the domain is mobile
device management, security, or ediscovery.
The current
technology for display
technology doesn't allow borderless displays, well at least on
practical handheld portable
devices, but maybe we'll have them in near future.
With
technology, there's sometimes a tendency to get caught up on the «gee whiz» factor and ignore the
practical implications, if any, of a new
device.