Synopsis:
Domenii: Photonics & laser: Photonics & laser colaterale: Light: Bright light:
phys_org 00425.txt
so they can use the devices in bright light. One of the most promising developments involves layering anti-reflective nanostructures on top of an anti-glare surface.
R_physicsworld.com 2015 00016.txt.txt
This involves Eve shining a bright light at Alice and then measuring the reflected light to try
R_www.dailymail.co.uk_sciencetech 2015 03587.txt.txt
This is done using Bright light Therapy which artificially triggers the light sensors in a person's eyes to make their brain believe the sun is coming up.
R_www.dailymail.co.uk_sciencetech 2015 03626.txt.txt
The best way to catch a glimpse of the light show is away from bright lights and big cities to minimise light pollution,
R_www.futurity.org 2015 00532.txt.txt
or the matching of noisy sounds with bright lights. Multimodal processing, like these mappings, may be the key to making sensory substitution devices more automatic.
R_www.futurity.org_category_science-technology_feed_ 2015 00083.txt.txt
the inability to work in bright light, especially sunlight. The key is to gather only the bits of light the camera actually needs.
This not only makes it possible for the camera to work under extremely bright light or amidst highly reflected or diffused lightt can capture the shape of a lightbulb that has been turned on,
R_www.photonics.com 2015 02034.txt.txt
"One challenge is that the technology doesn't work particularly well in bright light, Goel said.
R_www.sciencedaily.com 2015 00003953.txt
which occur in bright light.""Surgeons often use bone chips or bone powder as a sort of putty during bone reconstruction to help areas of bone re-grow.
and the other would be the continuation of the activation in the bright lights of the surgical suite
R_www.sciencedaily.com 2015 11898.txt.txt
the inability to work in bright light, especially sunlight. The key is to gather only the bits of light the camera actually needs.
This not only makes it possible for the camera to work under extremely bright light or amidst highly reflected
www.gizmag.com 2015 02976.txt.txt
Passing current through the filaments caused them to heat up to over 2, 500°C (4, 500°F) and produce an exceptionally bright light."
www.gizmag.com 2015 03403.txt.txt
This, then, leverages the superior photocarrier diffusion of the perovskite to produce bright light emission. Producing light at the near-infrared,
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