«We want to make your dreams come true,» he told the gravitational -
wave scientists at the meeting.
Not exact matches
Brain
waves usually are monitored in hospitals or research labs, but I'm in a conference room
at a company called Emotiv, where a few dozen
scientists have developed the gear and software that quite literally read my mind, allowing me to play a sort of video game with nothing but sheer thought.
At GE's BBQ Research Center,
scientists measured attendees» brain
waves as they ate brisket.
«They haven't demonstrated that they can transform the
wave of dissatisfaction into concrete policies,» says Chaldeans Mensah, a political
scientist at Grant MacEwan College in Edmonton.
It also confirms more than any other evidence that the universe had a beginning and expanded
at a rate faster than the speed of light within less than a trillion of a trillion of a trillion of a second — less than 10 ^ -35 of a second — of the Big Bang by detecting the miniscule «light polarizations» called B - Modes caused by the Gravitational
Waves — which were theorized in 1916 by Albert Einstein in his Theory of General Relativity but never detected before — of the Inflation of the Big Bang which are embedded in the Cosmic Microwave Background Radiation — CMB or CMBR that was discovered by American
scientists back in 1964.
This discovery is superior to the current redshift — hence the Doppler Effect — approach of detecting the expansion of the universe, since some
scientists speculate that other unknown reasons can cause the redshift while Gravitational
Waves are unique to the Inflation of the Universe — expansion
at faster than the speed of light
at the beginning.
Depending on whether or not
scientists are observing a photon (using extremely delicate equipment), it either acts like a particle or both a particle and a
wave at the same time.
To explain the shadow zone,
scientists reasoned that Earth's presumed liquid core deflected P -
waves from their expected trajectories, so they wouldn't be recorded
at all seismographic stations.
Unlike previous gravitational
wave detections, which were heralded with news conferences often featuring panels of
scientists squinting
at journalists under bright...
Scientists studying gravitational
waves would likely benefit the most from further studies of black holes hidden
at the Milky Way's core.
Unlike previous gravitational
wave detections, which were heralded with news conferences often featuring panels of
scientists squinting
at journalists under bright lights, this was a low - key announcement.
The research team, led by University of Hawaii
scientists, analyzed future climate trends by looking
at studies of past heat
waves.
For the first time,
scientists worldwide and
at Penn State University have detected both gravitational
waves and light shooting toward our planet from one massively powerful event in space — the birth of a new black hole created by the merger of two neutron stars.
On December 26, 2015,
at 03:38:53 UTC,
scientists observed gravitational
waves — ripples in the fabric of spacetime — for the second time.
The C - shaped structure, which lasted
at least four Earth days, could be a gravity
wave, a large disturbance in the flow of a fluid or air,
scientists say.
A computer simulation of two black holes merging into one created recently by
scientists at the University of Texas and the Theoretical Astrophysics Centre in Copenhagen should provide them with a detailed idea of what type of gravity
waves to expect.
When the Advanced Laser Interferometer Gravitational - Wave Observatory, LIGO, glimpsed gravitational
waves from two merging black holes,
scientists were surprised
at how large the black holes were — about 30 times the mass of the sun (SN: 3/5/16, p. 6).
These models might be able to peer up to 50 years ahead and «show regional events, like a heat
wave in India, rather than just global trends, like higher temperatures,» says Kate Evans, a
scientist at the lab.
«Originally, we created these as an educational tool for visualizing concepts and ideas — in place of a blackboard and hand
waving — to help people see things they never did before,» says Thomas DeFanti, a research
scientist at UC San Diego's California Institute for Telecommunications and Information Technology, and a pioneer of virtual reality systems.
These top employers ensure that their
scientists surf that
wave with agility, passion for what they do, and creativity to arrive
at technologies that will transform lives.
Scientists led by Durham University's Institute for Computational Cosmology ran the huge cosmological simulations that can be used to predict the rate
at which gravitational
waves caused by collisions between the monster black holes might be detected.
While the new study looks
at long - term trends, some
scientists have also begun to evaluate the influence of climate change on individual heat
wave events — and they're making some worrying discoveries, as well.
Scientists measuring brain activity have found that in many regions, such as the sensory or motor cortex, activity sometimes oscillates
at different frequencies, forming
wave - like patterns.
«When
scientists designed the mission and the instrumentation on the probes, they looked
at the scientific unknowns and said, «This is a great chance to unlock some fundamental knowledge about how particles are accelerated,»» said Nicola J. Fox, deputy project
scientist at the Johns Hopkins University Applied Physics Laboratory in Laurel, Md. «With five identical suites of instruments on board twin spacecraft — each with a broad range of particle and field and
wave detection — we have the best platform ever created to better understand this critical region of space above Earth.»
Measuring earthquake
waves that travel deep inside the planet, the
scientists were able to retrieve images of what goes on inside the earth's mantle
at a depth of about 3,000 kilometers.
For more than a decade,
scientists have been manipulating electromagnetic
waves with metamaterials — assemblages of conductors and insulators patterned
at length scales shorter than the
waves themselves.
Scientists are learning how to detect and recognize those
waves by studying supercomputer models run
at two NASA campuses, the Ames Research Center
at Moffett Field, California, and the Goddard Space Flight Center in Greenbelt, Maryland.
In a March report in Geophysical Research Letters
scientists at the U.S. Naval Research Laboratory (NRL) describe how large
waves can penetrate more deeply into ice cover and break it up faster and more completely than anyone had suspected.
To understand gravity better,
scientists are looking for gravitational
waves, ripples in space - time that result from things like black holes colliding and stars exploding, according to Amber Stuver, a physicist
at Louisiana's Laser Interferometer Gravitational - Wave Observatory (LIGO).
Scientists from Los Alamos, Argonne National Laboratory and National Security Technologies LLC generated shock
waves in cerium samples using the state - of - the - art IMPact system for ULtrafast Synchrotron Experiments (IMPULSE), which was developed specifically for use
at the Advanced Photon Source (APS), a DOE Office of Science User Facility located
at Argonne.
By looking
at those two types of
waves,
scientists determined the Lop Nor incident was a natural earthquake, not a secretive explosion.
But
scientists ultimately arrived
at the conclusion that light is both a particle (photon) and a
wave.
At the same time, he says
scientists shouldn't shy away from painting «scary scenarios» — such as deadly heat
waves in New York City and a dried - up Mississippi River as possible results of global warming — to get a message across.
In the copper - oxide material, instead of raising the temperature, the
scientists raise the level of doping to «melt» the density
waves at a particular «critical point.»
«
Scientists have been performing body -
wave tomography with signals from earthquakes and explosives for decades,» said study coauthor Jesse Lawrence, an assistant professor of geophysics
at Stanford.
Typically,
scientists define a marine heat
wave as
at least five consecutive days of unusually high temperatures for a particular ocean region or season.
Coastal altimetry, which provides detailed
wave and sea level data in the coastal zone captured by specialist instruments called radar altimeters on board satellites, is
at the heart of the project and
scientists from NOC have been
at the cutting - edge of this technique.
Scientists seeking to understand the forces
at work beneath the surface of Earth have used seismic
waves to detect previously unknown «fingers» of heat, some of them thousands of miles long, in Earth's upper mantle.
Optical physicists have been using spiraling laser beams, in which light
waves are twisted into vortices, for almost 30 years, says Jo Verbeeck, a materials
scientist at the University of Antwerp in Belgium and first author on the Nature paper.
In effect, gravitational -
wave telescopes allow
scientists to «hear» phenomena
at the same time as light - based telescopes «see» them.
Two
scientists here
at the National Center for Atmospheric Research (NCAR) found that a distinctive pattern formed by the
wave blocked incoming Pacific storms from coming onshore in the winters of 2013 and 2014, keeping the state unusually dry.
The
scientists announced that a radio telescope located
at the South Pole had discovered gravitational
waves generated by the Big Bang.
Scientists suspect some sources: the Big Bang itself, shock
waves from supernovas collapsing into black holes, and matter accelerated as it is sucked into massive black holes
at the centers of galaxies.
«It's just like surfing, like catching a
wave,» says Henry Freund, a long - time free electron laser
scientist and vice president
at Science Applications International Corporation.
«After that 2004 European heat
wave paper, the floodgates really opened, and more
scientists were interested in looking
at individual events,» Cullen said.
Scientists at the Ruhr - University Bochum have investigated this phenomenon and show for the first time how simultaneous counterchange of luminance
at the borders between object and background triggers activity
waves in the visual brain.
Judging from geological traces of two even older tsunami deposits, Koji Minoura, an Earth
scientist at Tohoku University in Sendai, and his colleagues proposed in 2001 that giant
waves visit the region about every 800 - 1,100 years (K. Minoura et al..
Scientists studying these materials
at Brookhaven and elsewhere have discovered special types of electronic states, such as «charge density
waves,» where charges huddle to form stripes, and checkerboard patterns of charge.
Scientists at McMurdo Station detected unusual atmospheric
waves with an altitude between 30 to 115 kilometers (20 to 70 miles) above Antarctica in 2011.
This research by a guy named Marcus Raichle
at Washington University School of Medicine in Saint Louis, the reason why he start [ed] to look
at it was he began to wonder [whether]-- all this brain
wave activity when we look
at, when
scientists look
at brainwave activity, they typically strip out what you and I would call noise.