Sentences with phrase «image resolution by»

Researchers have developed a new fluorescence microscopy approach that significantly improves image resolution by acquiring three views of a sample at the same time.

The difference is palpable: Google's new model has better image resolution by about two orders of magnitude, the company claims.

Not exact matches

Holographic video has been held back by requirements for ultrafine screen resolutions and staggering data rates — a crisp, moving, holographic image can burn through terabytes of data in a fraction of a second.

«If you wanted to have a satellite look for something, find what it needs to, and then go send a drone to have a high - resolution image on it, the system can «tip and cue» by itself using our software,» Paez said.

Whanger built on their findings by examining high - resolution photographs that uncovered new details of the image, as well as using 3D imaging techniques.

At the press of a button the image of the hole is beamed onto a 9 - by -10-foot high - resolution projection screen.

The vibrant colors show high - resolution images of nebulae and constellations - captured by the Hubble Space Telescope.

The mystery of how butterflies with translucent wings stay dry has been solved by new high - resolution images — and the trick is bounciness.

The resulting composite images provided a new view of the sun that spanned all the way from the surface to far out in the corona: by contrast, previous images of such high resolution have typically been confined to one region or another.

This high - resolution image of Jupiter's moon Io was snapped last November 6 by the Galileo spacecraft, and it has given astronomers their best look at the most volcanically active object in the solar system since the Voyager flyby in 1979.

High - resolution high - contrast X-ray radiography of plant seeds combined with images taken by microscopy.

Such use of computers to enhance the quality of low - resolution images is familiar to fans of CSI and other TV police procedurals, where law enforcement lab technicians often crack a case by magnifying some small detail of a digital image pulled from grainy surveillance footage.

Through a combination of high - resolution cryo - electron microscopy (cryo - EM) and a unique methodology for image analysis, a team of researchers with Berkeley Lab and the University of California (UC) Berkeley has produced an atomic view of microtubules that enabled them to identify the crucial role played by a family of end - binding (EB) proteins in regulating microtubule dynamic instability.

A true - color image of the Central Andes and surrounding landscape acquired by the Moderate - resolution Imaging Spectroradiometer (MODIS), flying aboard NASA's Terra spacecraft.

This was complemented by obtaining high - resolution images and electron diffraction patterns of the material's atomic structure using Hokkaido University's high voltage electron microscope.

According to the atlas, which was produced by analyzing tens of thousands of high - resolution images of nighttime lights on Earth from the NOAA — NASA Suomi National Polar - orbiting Partnership satellite, roughly one in three humans on Earth can not see the Milky Way when they look up into the night sky.

Scientific American reconstructed this rotation of Earth from images taken by the high - resolution EPIC camera onboard the satellite DISCOVR.

The resulting high - resolution images and video, released yesterday and cobbled together using data gathered by the Voyager missions of the late 1970s and the Galileo probe that orbited Jupiter from 1995 to 2003, depict mountains that range up to 17 kilometers high, active volcanoes, dark lava fields, and bright plains smothered by sulfur deposits that have rained down from plumes that spew hundreds of kilometers high.

Image made by Super Resolution Microscopy.

The images chronicle the evolution of the particles» chemical composition and reaction rates at a nanoscale spatial resolution and a minute - by - minute time resolution.

Hubble's sensitivity and high resolution allow it to see faint and distant lenses that can not be detected with ground - based telescopes whose images are blurred by Earth's atmosphere.

FIRST HIGH - RESOLUTION IMAGE of the South Pole clearly shows the U.S. Amundsen - Scott Station, which was established by Admiral Richard E. Byrd in 1957 and has been continuously occupied ever since.

«When we were using traditional paper notebooks, we were actually losing a lot of information by printing high - resolution digital images and pasting them in a notebook.

Images from MRO's High Resolution Imaging Science Experiment (HiRISE) camera show sand dunes with linear gullies covered by carbon - dioxide frost during the Martian winter.

To enhance the spatial resolution of their microscope they put a single carbon monoxide molecule on the tip, a technique called non-contact AFM first used by Gerhard Meyer and collaborators at IBM Zurich to image molecules several years ago.

With a resolution of 2 miles (3 kilometers) per pixel, the LORRI image shows the tiny potato - shaped moon measures 27 miles (43 kilometers) by 20 miles (33 kilometers).

By using thousands of images, they reconstructed a high - resolution cryo - electron microscopy structure of the Zika virus.

In their new study, they adapted DNA - PAINT technology to microscopes that are widespread among cell biology laboratories, called confocal microscopes, and that are used by researchers to image whole cells and thicker tissues at lower resolution.

The investigators optimized the image resolution and acquisition time to under five minutes by adopting a 1.5 millimeter - thick scintillator, which picks up gamma rays as they are emitted from within the body, and a 1 millimeter pin - hole collimator, which acts like an aperture to narrow focus on a particular field of view.

First, the permissible level of resolution of satellite images which are presented as evidence should be fixed by the ICJ.

After data processing, the echoes returned by the structures crossed by these waves can provide images with unequalled spatial and temporal resolution: 80 micrometers and a few tens of milliseconds.

«Most approaches to single - particle analysis have so far been based on trying to determine these particle orientations from the images; however, the best resolution achievable from these analyses is restricted by how precisely these orientations can be determined from noisy data.»

The color image taken July 8, 2013, by the High Resolution Imaging Science Experiment (HiRISE) instrument on NASA's Mars Reconnaissance Orbiter catches Opportunity crossing relatively level ground called «Botany Bay» on its way to a rise called «Solander Point.»

A subsequent cruise by JAMSTEC's RV Kaiyo 7 - 8 months after the earthquake collected additional high - resolution reflection seismic images in the area.

By making the sample physically larger, it can be imaged with very high resolution using ordinary microscopes commonly found in research labs.

By correlating the local effects of this emitted light with the position of the electron beam, spatial images of these effects can be reconstructed with nanometer - scale resolution.

The highly resolved STED image, however, always has a background of low resolution, which is due to incomplete stimulated depletion and fluorescence excitation by the STED beam itself.

(The path of the comet across the higher - resolution images in this video is denoted by moving red circles.)

Whereas most of the nine spectral bands of imagery captured by the National Oceanic and Atmospheric Administration's Landsat 8, launched in 2013, for example, are delivered at 30 - meter resolution, other commercial providers of remote - sensing images, such as Skybox Imaging and BlackBridge (formerly RapidEye), have the capability to deliver much higher resolutions — as fine as one meter per pixel.

Investigators are still working to pin down the exact cause of Schiaparelli's crash, and will be aided by additional details revealed in higher - resolution images scheduled to be gathered next week by MRO.

Researchers at The Ohio State University have developed new software that compares images from the high - resolution imaging science experiment (HiRISE) camera on board the Mars Reconnaissance Orbiter with ground panoramas taken by the rovers to map features on the Martian surface.

This image taken by the High Resolution Imaging Science Experiment (HiRISE) camera on NASA's Mars Reconnaissance Orbiter on July 8, 2013, captures Opportunity traversing south (at the end of the white arrow) to new science targets and a winter haven at «Solander Point,» another portion of the Endeavour rim.

With the use of high - resolution images and topographic data from cameras on orbiting satellites, B.T. Cardenas and colleagues from the Jackson School of Geosciences identify fluvial deposit stacking patterns and changes in sedimentation styles controlled by a migratory coastline.

By adding a third objective lens, researchers were able to capture previously neglected fluorescence, improving image resolution in three dimensions.

A new study from the U.S. Geological Survey in Flagstaff, Arizona, compares high - resolution images from the Mars Reconnaissance Orbiter with surface video taken by the Mars Rover Spirit, which is stuck in the Gusev crater.

«We reasoned that if we could simultaneously image this neglected signal by adding a higher numerical aperture lens that acquired the bottom view, then we could boost the lateral resolution.»

Newer synchrotron scanners can do even better, producing extremely focused beams a trillion times brighter than the ones generated by standard X-ray machines and yielding incredibly high - resolution images.

Although the images are relatively low - resolution at just 6 meters per pixel, they reveal a bright object thought to be Schiaparelli's parachute, as well as a 15 - by -40-meter dark patch roughly one kilometer to the north of the parachute.

Through the development of a technique called photoacoustic tomography, Wang was able to conquer this limit and advance the imaging depth by nearly two orders of magnitude, from one millimeter to several centimeters, an improvement that could enable doctors to acquire high - resolution images through a patient's skin using light.

Instead of approaching the problem by creating better imaging software that helps to increase the resolution after the fact, as most high resolution microscopes do, Shroff and his lab developed a microscope with better lenses and mirrors so that the higher resolution is captured in the original image.