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Our adaptation to ambient light is achieved by two basic mechanisms: image forming (IF) for vision and non-image forming (NIF) adaptation of physiology and behavior to light.
This slowing of light is achieved by passing a focused laser beam through a dense cloud of ultracold atoms (in this case, rubidium atoms) chilled to about 40 microkelvins, or 40 millionths of a degree above absolute zero.
It has been pointed out that a high sensitivity to light is achieved by the convergence of rods on the higher neurons to allow spatial summation, and it is this convergence that interferes with the resolution of detail.
Cooling of solids by light is achieved by laser-induced anti-Stokes fluorescence that involves the transfer of vibrational energy (heat) from the solid to the radiation field in a cycle that resembles a laser running in reverse.
A high photon detection efficiency (PDE) of 17% to LXe scintillation light is achieved with a prototype with an active area of 12×12 mm2 and a single-photoelectron peak is clearly observed.
Response to various wavelengths of light is achieved by attaching retinal to the different opsin molecules.
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This result suggested that an unusually high utilization ratio of solar light was achieved.
Coatings with a drastic cut-off in the UV spectra still maintaining transparency in the visible light were achieved.
The light was achieved irradiated to the backside of the electrodes (FTO side, backside illumination).
The focusing of light was achieved through the gradient refractive index (GRIN) within the liquid medium, rather than via curved refractive lens surfaces.
Recently, maximum utilization of the incident light was achieved by combining both methods above: the patterned TiO2 film with the scattering layer on top.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com