reflected light

Reflected light

Ambient light (22)
Artificial light (25)
Backlight (17)
Beam of light (73)
Blue light (86)
Bright light (14)
Coherent light (12)
Efficient light (20)
Fluorescent light (11)
Green light (27)
Incandescent light (19)
Infrared light (120)
Light (2049)
Light absorption (27)
Light detector (25)
Light pulse (65)
Light scattering (20)
Light signal (21)
Light source (179)
Light switch (8)
Natural light (9)
Optical microscope (40)
Organic light (5)
Red light (35)
Reflected light (32)
Scattered light (24)
Shining light (8)
Ultraviolet light (143)
Visible light (169)
White light (27)

but it also enables reflected light to be a nearly perfect replica of the incoming light.

The spectra of reflected light give scientists clues about the makeup of the rocks The spectra showed substantial differences in composition from peak to peak.

#We can tell how far the bottom layer has moved based on this reflected light#Cubukcu says.##We can even see displacements that are thousands of times smaller than a hydrogen atom.#

(or reflected light through the tunneling of surface plasmons a feature widely usable by light-emitting devices plasmonic lithography refractive-index-based sensing and all-optical switching.

and then measuring the reflected light to try and work out how Alice is encoding a series of photons sent to her by Bob that will constitute the secret key.

The surface of the skin cloak was engineered meta to reroute reflected light waves so that the object was rendered invisible to optical detection

what it concealed was not. reating a carpet cloak that works in air was so difficult we had embed to it in a dielectric prism that introduced an additional phase in the reflected light,

The surface of the skin cloak was engineered meta to reroute reflected light waves so that the object was rendered invisible to optical detection

what it concealed was not. reating a carpet cloak that works in air was so difficult we had embed to it in a dielectric prism that introduced an additional phase in the reflected light,

The cloak's surface was metaengineered to re-route reflected light waves to render the object invisible to optical detection when activated.

The receiver collects the backscatter of the reflected light from objects in the beam and, using full-waveform analysis,

and reflected light is captured by the optics and the photodetector. The sensor signal is amplified, and the signal acquisition is synchronized to the pulses.

and can wrap around a three-dimensional object about the size of a few biological cells. he surface of the skin cloak was engineered meta to reroute reflected light waves

The surface of the skin cloak was engineered meta to reroute reflected light waves so that the object was rendered invisible to optical detection

what it concealed was not. reating a carpet cloak that works in air was so difficult we had embed to it in a dielectric prism that introduced an additional phase in the reflected light,

the suppression of reflected light translates into a 3-6 percent relative increase in light-to-electricity conversion efficiency and power output of the cells.

The surface of the skin cloak was engineered meta to reroute reflected light waves so that the object was rendered invisible to optical detection

"Creating a carpet cloak that works in air was so difficult we had embed to it in a dielectric prism that introduced an additional phase in the reflected light,

The technique relies on analysis of reflected light from short laser pulses to gain information about magnetization. Unfortunately

which is sensitive enough to detect weak reflected light with the ranging accuracy made possible by frequency combs as previously demonstrated at NIST.

The initial laser output is combined with the reflected light and the resulting beat signals are converted to voltage

This allowed researchers to create different colors in the reflected light and thereby accurately reproduce the S&t athletic logo with nanoscale color palettes.

As such, light shining onto the logo at specific frequencies allowed researchers to create different colors with reflected light instead of ink.

when exposed to that reflected light the more light that hits them, the longer they glow. By measuring the duration of that fluorescence,

and measuring reflected lights with the CMOS sensor. Based on multiple image data that indicate the states of the surface and inside of the skin,

The reflected light interferes with the emitted light, producing a pattern of emission with peaks at different wavelengths.

This"signature"can be"read"in the reflected light. This method is not effective, however, in detecting nanometrically-sized molecules.

It is very challenging to detect the vibration of such a small molecule in reflected light.

thus coloring the reflected light. The gap is controlled to produce nearly every conceivable color, not just the red, green,

With this design, the incoming light and the reflected light interfere with one another, producing a variety of standing waves with each component periodicity producing a unique color in the spectrum.

This allowed researchers to create different colors in the reflected light and thereby accurately reproduce the S&t athletic logo with nanoscale color palettes.