Sentences with phrase «colored light creates»

But Alaska had the aurora borealis, the natural display of colored lights created at high latitudes as charged particles hit the atmosphere.

Not exact matches

Whatever color palette you choose, beware of creating too much contrast between the light walls and dark colors of the furniture or decor, says Brown.

As for aesthetics, the color - changing night light (seven colors in all), creates a cool lava lamp - like vibe.

You could, for example, create a different «watch TV» scene and a «watch a movie» scene, which might set the lights at different levels or colors.

Light doesn't create color.

Fresh avocado combines with zesty lime juice to create this light, festively colored cheesecake.

To create a marbled effect, dip a doughnut in the lighter colored frosting.

Within Fashion Island Hotel is an intimate place of quiet relaxation with soothing hues of light and color, creating the perfect place to disconnect and replenish.

Spirulina is derived from blue - green algae and creates a beautiful sky blue color that's both heat and light stable.

This summery recipe incorporates classic Italian colors and flavors, creating a light and tasty pasta dish.

Crayola Color Wonder Magic Light Brush lets kids create colorful art without the mess!

Make sure there's real amber in your amber teething necklace; when placed against something hot you should smell a hint of pine, rub your necklace against a piece of cloth and see if it creates static, and check to see your colors are buttery and light anything too bold has probably been cooked which reduces the effectiveness.

The Stork Craft Glider and Ottoman set are affordable and comfortable, created in a light beige color with dark wood.

This beautiful ombre Easter Egg art project teaches kids about creating lighter and darker colors while making a fun Easter art project that kids will love!

Create a relaxing and beautiful atmosphere in your living room and chose from eight light projection modes and colors based on your mood.

Telescopes that rely on glass lenses, such as Galileo's designs, focus the light of various colors differently, creating a blurred image.

The Hiroshima University team, led by Masayuki Sumida, created the frog by breeding garden - variety Japanese brown frogs that had recessive genes for light - colored skin.

(An actual prism bends light, causing it to fan out and reveal its various wavelengths or colors, which is how a prism can create a rainbow from sunlight.)

Most organisms» colors are produced by pigments that absorb certain wavelengths of light, but not others, to create a color.

The crystals are also saturated with fluorescent pigments that help them create specific wavelengths of light, visible to us as bright colors.

The velvet asity, endemic to Madagascar, is distinguished by its fluorescent green wattle; the color is created when collagen fibers scatter light.

Researchers from North Carolina State University have developed a method for creating «nano - volcanoes» by shining various colors of light through a nanoscale «crystal ball» made of a synthetic polymer.

They're one of the key ingredients in a new way to craft a spectrum of structural colors — hues created when light interacts with special nanostructures.

Though it looks chaotic at first glance, this migration map, which shows the electronic tracks of 19 shearwaters created by UC Santa Cruz biologist Scott Shaffer in 2005, color - codes the various legs of their trek: light - blue lines track the birds during breeding season, yellow lines represent the northward journey, and orange lines show the winter feeding grounds and southward return.

Unlike pigments, which create color by absorbing some wavelengths of light and reflecting the rest, the nanostructures are shaped so that they physically bend and scatter light in different directions, sending particular colors back to our eyes.

Butterflies create color by selectively adding and deleting certain wavelengths of light.

These three false - color images represent the quantum Hall state that University of Chicago physicists created by shining infrared laser light at specially configured mirrors.

The visible range — the violet to red wavelengths — represent the majority of the sun's rays, but there are few materials that pick up these light colors to create the chemical reaction that transforms CO2 into fuel.

Dimers in the atmosphere absorb light like a color filter on a camera lens, creating anomalies detectable once the pressure of the planet is at least 0.25 bars — high enough to hold down liquid water.

However, whereas the size of the quantum dots is extremely important when making color display screens, it may prove to be less of a concern when creating a material used to improve a pixel's ability to capture light in general, something that could work in InVisage's favor.

Lead researcher Jason Heikenfeld says the display can create 1,000 colors, reflects about 55 percent of ambient light and could reach 85 percent reflectivity.

The researchers can employ different types rare - earth elements, which glow under slightly different colors of shortwave infrared light, to create a family of probes that are sensitive to a variety of cancers.

And like a computer creating a full - color display by mixing different proportions of red, green and blue light, the coordinate system lets a brain paint any face in a spectrum.

An example of this kind of coloring by light interference is found in nature: Squids can modify the nanostructure of their skin to mirror back their surrounding environment, creating a natural camouflage.

In an LED display, the emissions from red, green and blue diodes are blended to create the white and colored light necessary to render images.

Neil's machine produces coherent laser light directly from an electron beam, allowing it to create any wavelength of light — in other words, any color on the spectrum.

The insects owe their brilliant looks to photonic nanostructures — crystalline structures in their wings that reflect light and repeat on the order of every few nanometers — and now scientists think that they have figured out how these structures create such vivid colors.

In the method created by Khakh's team, different colors of light pass through a lens to magnify objects that are invisible to the naked eye and far smaller than those viewable by earlier techniques.

«We demonstrated a seemingly simple — but in fact sophisticated — way to create LED lights that change in a natural way to a cozy, warm white color when dimmed,» said Hugo Cornelissen, a principal scientist in the Optics Research Department at Philips Research Eindhoven, a corporate scientific research entity owned by the company Royal Philips in the Netherlands.

The added complexity comes with its drawbacks: multiple components can increase the cost and the risk of failure, and mixing the light from multiple LEDs without creating color shadows and other light artifacts is a tricky business.

Light refracting through those crystals creates the halo and ensures that red, the color that bends least, will paint the inside of the ring.

In fact, the Whitesides Research Group, whose work is part of M3, last year created a $ 100 silicon robot that could walk, change color and light up in the dark.

Funded by the National Science Foundation, LESA's vision is focused on creating digitized, color tunable illumination for new applications in lighting, health care, building management, horticulture, and advanced 5G wireless communications platforms.

NIRSpec is Webb's primary spectrograph, an instrument that breaks light into its component colors, which creates a «spectrum» for scientists to analyze.

A new method for building «drawbridges» between metal nanoparticles may allow electronics makers to build full - color displays using light - scattering nanoparticles that are similar to the gold materials that medieval artisans used to create red stained - glass.

«The trick is to split the light up into many colors and create what astronomers call a high - resolution spectrum, which helps distinguish the signature of the planet from that of residual starlight.»

«We hope to eventually bring all of these technologies together to create a new material that can sense light in full color and react with full - color camouflage displays,» Halas said.

Scientists then process these images by mapping each light emission to a different color in order to create the image you're seeing.

By mimicking the intricate visual system of a butterfly, researchers have created a camera that provides surgeons with both a traditional color image as well as a near - infrared image that makes fluorescently labeled cancerous cells visible even under bright surgical lighting.

For about two weeks the star could be seen in daylight, but at the end of November it began to fade and change color, from bright white over yellow and orange to faint reddish light, finally fading away from visibility in March, 1574, having been visible to the naked eye for almost 16 months (more about Brahe's «acid tongue and silver nose,» the cultural shock of the «new star,» and how supernovae create high - energy radiation from Wallace H. Tucker).