Sentences with phrase «field images from»

Not exact matches

Such devices overlay images as holograms onto a user's real - life field of vision, with the goal of improving efficiency at businesses ranging from doctors» offices to factory floors.

Three such examples are Aimsio, a digital ticketing software that streamlines field operations by enabling users to file reports, dispatch resources and track project progress all from one central location; DarkVision, which developed a new ultrasound technology that allows companies to create 3D images of the inside of oil wells, enabling them to make more informed and cost - effective production decisions; and Unsist, which uses artificial intelligence to help oil and gas companies make better production and operational choices.

Kushnir founded the company together with CTO Dr. Matan Protter, who holds a doctorate in image processing from Technion Israel Institute of Technology and has experience in a number of startups in this field.

BioGeneration Ventures (BGV) completes its third successful exit from its second fund's portfolio after Acerta Pharma and Dezima Pharma Bracco as the global leader in diagnostic imaging validates the leading position of SurgVision in the emerging field of image guided...

«[W] e have to field the inevitable support requests from beginners who have tried to run the 64 - bit image on their Pi Zero and don't understand why it doesn't boot.

The images from the sun glistening on the fields is amazing.

Wilson is the picture of poise on and off the field, his squeaky - clean image and self - imposed insulation from the noise doing much to partition him from a core of outspoken stars in Seattle's locker room (a handful of whom were jettisoned this offseason).

Embed from Getty Images A sellout 80,000 - seater stadium was packed full of Gunners supporters, all waiting to see our new club record signing, Alexandre Lacazette, take to the field for the first time.

Embed from Getty Images Speaking to Arsenal Player, manager Arsene Wenger revealed that he would probably field a strong side tonight against the Spurs in the League Cup third round encounter between the two rivals.

Former minister Frank Field said Thornberry's actions would be «deadly» for MPs campaigning on the doorstep, while the chairman of her constituency turned his vitriol on MPs who had attacked her in the 48 hours since she tweeted a photograph of a house with a white van outside it captioned «Image from #Rochester».

He won't be looking for elusive infrared photons, but instead will be taking rapid - fire images of plasma loops — coils of ionized gas trapped in billowing magnetic fields — arcing off the sun and peeking out from behind the moon.

Using a video from NASA's 2000 Cassini mission, the authors apply an existing algorithm, called Advection Corrected Correlation Image Velocimetry (ACCIV), to obtain a time - resolved, two - dimensional representation of Jupiter's wind - velocity field.

Thanks to Swarm's precise measurements along with those from Champ — a mission that ended in 2010 after measuring Earth's gravity and magnetic fields for more than 10 years — scientists have not only been able to find the magnetic field generated by ocean tides but, remarkably, they have used this new information to image the electrical nature of Earth's upper mantle 250 km below the ocean floor.

The team captured images of «solar braiding,» the transfer of energy from the sun's magnetic fields to the corona, theorized in 1983 but never observed.

FlatScope is being developed at Rice University for use as a fluorescent microscope able to capture three - dimensional data and produce images from anywhere within the field of view.

Images were obtained from viewing the galaxy in near - ultraviolet, visible, and near - infrared wavelengths, using the Advanced Camera for Surveys and the Wide Field Camera 3 aboard Hubble.

Another lead comes from the Chandra Deep Field South, an image created by a space - based x-ray telescope that observed the same patch of sky for a cumulative 81 days.

If such an imaging system could be manufactured cheaply, like a roll of plastic or fabric, it could be wrapped around all kinds of things, from street poles to furniture, cars, and even people's clothing, to capture wide, seamless images with unusual fields of view.

The scientists behind the new images took pictures of Jupiter using Hubble's Wide Field Camera 3 over a ten - hour period and have produced two maps of the entire planet from the observations.

Light from the star, too faint to be seen in the image above, is polarized due to interactions with the vacuum of space in a strong magnetic field.

This image from the Wide Field Imager (WFI) on the MPG / ESO 2.2 - metre telescope at La Silla, shows the cluster and the gas clouds surrounding it, which glow in orange and red hues due to the radiation coming from nearby hot stars.

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.

On the large monitor on top, the surgeon sees an image from the surgical field inside the body.

FIELD OF GREENS Visualizations of images from the upcoming James Webb Space Telescope could look akin to these from the Spitzer Space Telescope.

This new image adds H - alpha data taken from the Wide - Field Camera 3 to the previously available data, making the gas visible.

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.

The most violent storms tend to come from plasma clouds that have a strong magnetic field in opposite alignment to Earth's, but SDO's images can not reveal a cloud's magnetic properties.

New research published in Nature Methods will dramatically improve how scientists «see inside» molecular structures in solution, allowing for much more precise ways to image data in various fields, from astronomy to drug discovery.

But observations last year hint that the protostar's stellar wind was flowing more quickly from the object's poles (relative speeds depicted in bluish ovoid in image above), and its magnetic field had become aligned with that of the larger cloud of gas and dust that surrounds it, the researchers report online today in Science.

The work will require groundbreaking research because most prior work in the field has focused on analyzing images from just a single camera as it moves around.

Until recently, it was not clear what prevented the delicate filaments from being destroyed by competing gravitational forces, but Hubble Space Telescope images suggest they are supported by magnetic fields generated near the galaxy's central black hole.

The researchers developed a novel algorithm that can recover the phase information from a stack of bright - field images taken by a classical microscope.

«Our method is the first to image electric fields near the surface of a sample quantitatively with atomic precision on the sub-nanometre scale,» says Dr. Ruslan Temirov from Forschungszentrum Jülich.

Wang and his co-authors strung together a series of images which trace the formation of an S - shaped bundle of magnetic fields from which a set of loops peel off and grow upward into a multi-strand flux rope within a few minutes.

This is one of the images on display as part of the Positive View Foundation's exhibition Landmark: The fields of photography, at Somerset House in London from 14 March until 28 April.

«This is the first time that the origin of the theta aurora phenomenon has been revealed, and it is thanks to localised measurements from Cluster combined with the wide - field view of IMAGE that we can better understand another aspect of the Sun - Earth connection,» he adds.

Scientists from the WISE mission, short for Wide - field Infrared Survey Explorer, released this image of the so - called Heart and Soul nebulae Monday at the semiannual meeting of the American Astronomical Society being held here this week.

This image reveals the magnetic field in the sun's corona, derived from data provided through the NSO's Global Oscillation Network Group, or GONG.

The galaxy is shown here in an image from NASA's Wide - field Infrared Survey Explorer (WISE), which first spotted the rare galaxy in infrared light.

The study, which used remote sensing images as well as field data, was coordinated by Farouk El - Baz, a geomorphologist who runs the Center for Remote Sensing at Boston University in the US, and carried out by scientists from the Kuwaiti Institute for Scientific Research (KISR).

This is a colorized scanning electron microscope image of the new species from Los Angeles named in honor of the teacher that discovered it on a class field trip, Exosphaeroma pentcheffi.

Surveyed from 30 meters above using drones and specialized image analysis software, the site shows the unmistakable outlines of check dams, irrigation canals and cisterns feeding a patchwork of small farm fields.

In this field study, Grimalda, joined by Andreas Pondorfer, of the Institute for World Economy of the University of Kiel, and David P. Tracer, from the University of Colorado in Denver, focused on two of the most common: the preoccupation with social image and the propensity to punish wayward behaviour.

(See Sloan Digital Sky Survey field images of Theta Persei from WikiSky.org.)

«We couldn't be more thrilled with the quality of the images from the new Wide Field Camera 3 and repaired Advanced Camera for Surveys, and the spectra from the Cosmic Origins Spectrograph and the Space Telescope Imaging Spectrograph,» said Keith Noll, leader of a team at the Space Telescope Science Institute in Baltimore, which planned the early release observations.

Rooted in the Solar Magnetic Field, the structure of the corona is visible extending a million miles above the Sun's surface in this composite image from the EIT and UVCS instruments onboard the SOHO spacecraft.

The sharp Hubble and Keck Observatory images allowed the research teams to separate out the background source star from its neighbors in the very crowded star field in the direction of our galaxy's center.

(See a CCD field image of CM Draconis and comparison stars used in differential photometry from the Transits of Extrasolar Planets — TEP — Network of astronomers.)

(See a Digitized Sky Survey field image of 107 Piscium from the Nearby Stars Database.)

This Hubble image of a crowded star field in the disk of the Andromeda galaxy shows that stars of different ages can be distinguished from one another on the basis of temperature (as indicated by color) and brightness.