Sentences with phrase «by optical image»

The ZenFone 3 brings a glass and metal design, fingerprint security and a really impressive 16 - megapixel camera experience, backed up by optical image stabilization, phase detect autofocus, laser autofocus and dual LED flash.

Low - light performance gets helped by optical image stabilization (OIS), which also helps with video capture.

Both are backed by optical image stabilization and f2.2 lenses.

The ZenFone 3 and ZenFone 3 Deluxe sport cameras with better resolution and are also assisted by Optical Image Stabilization (OIS) unlike the ZenFone 3 Laser which is only assisted by EIS.

Videos from the S9 Plus are detailed and helped along by optical image stabilization in the rear module.

Not exact matches

Several hours later, a team of astronomers known as the ROTSE (Robotic Optical Transient Search Experiment) collaboration, led by Carl Akerlof of the University of Michigan, reported that the visible - light counterpart of the burst was also seen in the images taken with a small, robotic telescope operated by their team, starting only 22 seconds after the burst.

Sweeping images of the sunken ship were made by stitching together hundreds of optical and sonar images collected by deep - diving robots during a 2010 expedition

About the size of «a hair on a bumblebee,» he says, with a circuit the size of a dime, it contains no optical lenses and works by allowing a small volume of fluid to flow across a microchip, which then sends images of the sample to a computer.

An astronomer by training but a photographer at heart, Zoltan Levay creates images of the cosmos with one of humankind's most advanced optical instruments: the Hubble Space Telescope.

Imaged by a high - performance optical instrument on KAYUGA called the multiband imager, this photo was taken approximately 100 kilometers above the moon's surface.

The image was taken by the researchers using optical microscopy.

This image depicts a single cell experiment in which a human neutrophil was picked up by a micropipette (top panel) and brought into close contact with S. Typhimurium cells immobilized by optical tweezers.

By processing all of the photoacoustic imaging data with computer programs, scientists obtain a 2 - D en - face photoacoustic image called a depth maximum amplitude projection (DMAP) image, which shows the optical absorption distribution or photoacoustic contrast of the sample.

Now researchers led by a group at Princeton University have developed a new technique using nanosize materials that sets the stage for new lenses that eliminate the errors and image distortion inherent in today's optical technology — and may one day be used to check for toxic chemicals in the air and the body.

A ring image Cerenkov counter analyzes the spray of light given off by particles as they crash through a porous material called an aerogel; that light reveals the particles» speed before their final collision into the energy - measuring electromagnetic calorimeter — a lead brick laced with optical fibers.

And in the future, a technique called optical interferometry, which links together the observations of more than one telescope, might make it possible to see the multiple lensed images produced by the planets of another star system.

Annotated image of the Spiderweb Galaxy as seen by the Hubble Space Telescope (optical) in red, the Very Large Array (radio) in green and the Atacama Large Millimeter / submillimeter Array (sub-millimetre) in blue.

Using «Raman» optical technology, scientists of the University of Twente in The Netherlands, can now produce images of brain tissue that is affected by Alzheimer's disease.

With additional funding support from NIBIB, Wang recently overcame the optical diffusion limit, which is the depth at which light can be used to take images of tissues in the body by other existing high - resolution imaging technologies.

Super-resolution optical microscopy produces images whose spatial resolution surpasses a theoretical limit imposed by the wavelength of light, offering extraordinary visual detail of structures inside cells.

By incorporating a lens that changes optical parameters in response to an electric current, the innovative technology can produce higher quality images than currently available and could make eye examinations faster and more comfortable for patients by avoiding the need to undergo imaging with multiple instruments to look at different areas of the eyBy incorporating a lens that changes optical parameters in response to an electric current, the innovative technology can produce higher quality images than currently available and could make eye examinations faster and more comfortable for patients by avoiding the need to undergo imaging with multiple instruments to look at different areas of the eyby avoiding the need to undergo imaging with multiple instruments to look at different areas of the eye.

The GBT images also confirmed the presence of a small moon - like companion zipping around the asteroid, which was previously detected with ground - based optical telescopes by Joe Pollock of Appalachian State University in Boone, North Carolina, and Petr Pravec of Ondrejov Observatory in the Czech Republic.

Now, Lin Wu and colleagues at the Institute of the A * STAR Institute of High Performance Computing have modeled the optical and plasmonic properties of nanoscale ribbons of a new phase of gold — the 4H hexagonal phase (see image)-- produced and characterized by collaborators at other institutes in Singapore, China and the USA.

However, the performance of these microscopes is often affected by problems with chromatic aberrations — optical effects that limit the resolution or degree of fineness to which images of the material structures can be acquired — and previous solutions to the problem have often proved difficult to manufacture and implement.

(b) An optical image showing a mid-L4 stage C. elegans trapped by multiple oscillating microbubbles.

An optical image of the «Tadpole» galaxy, an interacting galaxy, taken by the Hubble Space Telescope.

One of these two photons is detected by a photodiode and used to trigger an acousto - optical modulator, causing it to divert the second photon to a tapered optical fiber directed at a pipette containing a rod cell from a frog's eye (see image).

«In our demonstration, we obtained optical images of aluminum nanostructures with 46 nanometer resolution, then validated the non-invasiveness of CLAIRE by imaging a conjugated polymer film.

This luminescence is recorded and correlated to the electron beam position to form an image that is not restricted by the optical diffraction limit.

They recently conducted a feasibility study with promising results that have been published in an article in Medical Image Analysis called: «Integrated local binary pattern texture features for classification of breast tissue imaged by optical coherence microscopy.»

The 45 - centimeter Dutch Open Telescope (DOT) could open the door to bigger solar optical telescopes by eliminating the need for putting the telescope mirror in a vacuum to prevent heat from distorting the image.

Simulated false - color (450 — 850 nm) image of a planetary system around a nearby G star (Beta Cvn) seen by a 12 m optical space telescope equipped with a free - flying ~ 100 m diameter starshade.

This technique, first introduced by British radioastronomer Roger Clifton Jennison in 1958, has been extensively applied in astronomical interferometry since the mid 1970s, yielding high resolution images of astronomical sources at radio, infrared and optical wavelengths.

From ESA: «This image shows two polished test mirror segments being inspected by an optical engineer: one segment with the gold coating already applied, the other without.

The large - scale optical and radio structures previously have been thought to indicate the symmetry axis of the active nucleus in the inner light - months of the galaxy, an idea now called into question by the new VLBA images.

The optical design utilizes a dynamic z - stack to produce all - in - focus [1 — 3] information rich images enabling detailed analysis by generating in - depth images not previously seen with other techniques.

A research group led by Professor Dr. Benjamin Judkewitz at Charité — Universitätsmedizin Berlin is planning to overcome the limitations of optical microscopy and produce images of deeper tissue layers.

«This was suggested by Martin Schwarzschild more than 20 years ago, and was seen in optical images of Betelgeuse's surface in 1990.»

The optical counterpart is shown in the image below as seen by Hubble.

To validate candidate planets identified by K2, the researchers obtained high - resolution images of the planet - hosting stars from Keck Observatory's near infrared camera (NIRC2), the Gemini and Large Binocular Telescope (among others) as well as high - resolution optical spectroscopy using Keck Observatory's high resolution spectrograph (HIRES) instrument and the AUtomated Planet Finder.

To validate candidate planets identified by K2, the researchers obtained high - resolution images of the planet - hosting stars as well as high - resolution optical spectroscopy data.

This infrared image shows a laser beam signal from NASA's LADEE moon probe as seen in infrared by the European Space Agency's Optical Ground Station in Tenerife, Spain on Oct. 26, 2013.

After incorporation of the terminators, the instrument images and distinguishes the four different terminators (A, C, G and T) by their unique attached fluorescent dye using two different lasers (red and green) and four different optical filters.

The diagnostic effect of a PNB is associated with its brightness that is characterized through the pixel image amplitudes (Figure 2A, C, E), normalized by the pixel image amplitudes of the corresponding NP clusters as measured prior to their optical excitation and calculated as an amplification of optical scattering by the PNB relative to that by the NP cluster (Figure 4).

Such a high contrast of PNB imaging was achieved due to their threshold mechanism: no PNBs were generated in HS - 5 cells (Figure 7H), and their images were formed by the optical scattering by gold NPs that did not produce PNBs.

The image shows the localization of the gravitational - wave (from the LIGO - Virgo 3 - detector global network), gamma - ray (by the Fermi and INTEGRAL satellites) and optical (the Swope discovery image) signals from the transient event detected on the 17th of August, 2017.

The camera doesn't have optical image stabilization, which can mean blurry shots caused by unsteady hands.

It looks like it will be manufactured by Motorola and that it will sport a a 5.9 - inch Quad HD screen, Snapdragon 805 CPU paired with 3 GB of RAM, and a 13 MP primary shooter with optical image stabilization and dual - LED flash.

As we can see from the images, the Android phone features a 5.9 - inch full HD IPS display with 1920 x 1080 pixels resolution and slim bezel for a large - screen viewing experience and sleek design, and G Pro 2 is powered by a Qualcomm Snapdragon 800 2.26 GHz quad - core processor and comes with 3 GB DDR3 RAM and 16GB / 32 GB eMMC ROM with microSD card slot for high performance and enough store capacity, moreover, the Android phone also sports an enhanced 13.0 - megapixel rear camera with Optical Image Stabilizer Plus and natural flash for high quality imaging, while flash for selfie feature enhances its 2.1 - megapixel front - facing camera for selfie.

The Priv has a 18 - megapixel rear camera certified by Schneider - Kreuznach, has a dual - tone LED Flash, optical image stabilization (OIS), phase detection auto focus (PDAF), f / 2.2 aperture, 6P lens and a 2 - megapixel front - facing camera with f / 2.8 aperture and 1.7 micron pixel size.