Sentences with phrase «magnetic charges in»

Electric and magnetic charges in the ether ought to generate disturbances in the form of waves, Maxwell realized.

Again, we're thankful that Motorola decided to go with wireless magnetic charging in the end.

Not exact matches

If you forgot to plug it in — expect to leave it at home or take your magnetic charge cable with you.

The earbuds can last up to 15 hours and come with a magnetic charging clip if you need some extra power before you get a chance to plug them in.

The Touchstone charges the tablet through magnetic induction and activates exhibition mode, which can display a clock, calendar, photos or any other app that has such a function built in to it.

As one of the most advanced oral irrigators from Waterpik, it comes with an ultra-quiet design, a four - hour rapid magnetic charge and is accessible in up to 4 unique colors.

But progressive voters seem to care less today about the strength of their party, or even about a particular checklist of issues, than about their confidence in a candidate's sincerity — as Vermont Sen. Bernie Sanders, a career independent, proved with his electrifying and magnetic charge at the Democratic nomination last year.

The inner region sends out clock - like pulses of radiation and tsunamis of charged particles embedded in magnetic fields.

Many of the best cheap watches incorporate magnetic couplings in order to replenish the charge, so there's no wire to fish out and use.

The corona is made up of charged plasma, which roils in famous loops and fans that follow magnetic field lines emerging from the surface of the sun (SN Online: 8/17/17).

The existence of hypothetical particles called magnetic monopoles would explain why electric charge comes in integer multiples of the charge of an electron instead of a continuous range of values, Emily Conover reported in «Magnets with a single pole are still giving physicists the slip» (SN: 2/3/18, p. 10).

The Auger observations should also help track magnetic fields in the galaxy, because these fields bend charged cosmic rays slightly off a straight path.

The solar wind of charged particles and magnetic fields blows through a fog of primordial dust and neutrally charged atoms created in nearby stars or the uppermost reaches of Earth's atmosphere.

It used magnetic fields to contain electrically charged particles in a narrow, spiraling path while an electric field accelerated them.

The Earth's magnetic field permanently protects us from the charged particles and radiation that originate in the Sun.

The curlicues trace the paths of highly charged particles racing along magnetic fields in the sun's atmosphere.

The magnetic fields whip the charged particles in tight spirals, forcing them to emit x-rays in the form of synchrotron radiation.

Because they are electrically charged, cosmic rays swirl in the galaxy's magnetic field.

The moon has no global magnetic field today, but early in its life, it probably had a core hot enough to churn violently, with the movement of this electrically charged fluid creating a magnetic field.

As far as we can tell, though, nature only supplies magnetic charges, or poles, in pairs — the inseparable north and south poles of the bar magnets beloved of school science demonstrations, for example.

Huge swirls at the edge of Mercury's magnetosphere — where the planet's magnetic field meets the energetic charged particles of the solar wind — help shower the planet in solar plasma.

For a monopole with twice the minimum charge, Rajantie and Gould determined that magnetic monopoles must be more massive than about 10 billion electron volts, going by data from collisions of lead nuclei in the Super Proton Synchrotron, a smaller accelerator at CERN.

Since 2004 Voyager 1 had been travelling through a border zone in the heliosphere, the magnetic bubble blown by charged particles streaming from the sun.

In a complementary paper, astrophysicist John Connerney of NASA's Goddard Space Flight Center in Greenbelt, Md., and colleagues look at how Jupiter's magnetic field interacts with the solar wind, a stream of charged particles flowing from the suIn a complementary paper, astrophysicist John Connerney of NASA's Goddard Space Flight Center in Greenbelt, Md., and colleagues look at how Jupiter's magnetic field interacts with the solar wind, a stream of charged particles flowing from the suin Greenbelt, Md., and colleagues look at how Jupiter's magnetic field interacts with the solar wind, a stream of charged particles flowing from the sun.

In general, if the charged particles from a CME hit Earth's magnetosphere head on and the ejection has a strong magnetic field pointing south, then the disruptive effects are greater, Gombosi says.

The twisting motion causes the photons to move like charged particles in a magnetic field, even though there is no actual magnet present.

Understanding the two phenomena, which are both produced by interactions between charged particles and the planet's magnetic field, may help to explain the variations in the timing of the radio pulses and to shed light on Saturn's geomagnetic workings.

The Hall voltage climbs as the magnetic field increases in a series of even steps whose spacing is set by the electron's charge.

Unfortunately, it is impossible to track a cosmic ray back to its source in the sky; magnetic fields twist the paths of charged particles into knots before those particles reach Earth.

Launched in 1997, Cassini has been exploring the Saturn system for more than nine years with a suite of instruments that also includes visible - light cameras, ultraviolet and infrared spectrometers, as well as magnetic field and charged particle sensors.

The jets could be the result of a magnetic field produced by charged ions swirling around in the gas but it wasn't clear whether the field was strong enough.

As charged particles stream in from the sun, explains Jim Spann, a physicist at nasa's Marshall Space Flight Center in Huntsville, Alabama, Earth's magnetic field deflects them into a long tail that trails behind the planet.

The problem is solved by using magnetic fields, which confine and thermally insulate the charged particles in the fuel, keeping them away from material surfaces.

Electrons begin moving in circles in response to the magnetic field, as well as back and forth in reaction to the electric field — and the moving charges produce fields of their own.

But adding parallel magnetic and electric fields introduces a chiral preference: The magnetic field aligns the spins of the positive and negative particles in opposite directions, and the electric field starts the oppositely charged particles moving — positive particles move with the electric field, negative ones against it.

But whereas an MRI subjects materials to a magnetic field and measures how the polarity of the atoms in that material change, NDP hits materials with a low - energy neutron beam and counts the different kinds of charged particles that are created when an individual neutron happens to collide with one of the atoms in the test material and annihilates it.

To find these elements he and colleagues at Livermore and Russia's Joint Institute for Nuclear Research collided ions (charged atoms) with other, target atoms in a cyclotron, a machine that accelerates the nuclei to high speeds with a magnetic field.

In the course of their research into the use of magnetic domain walls (local regions of magnetic «charge» usually driven by magnetic fields) to increase our capacity for information storage and logical processing, physicists at the University of Nottingham have discovered a phenomenon which has allowed them to «manipulate» the structure of a magnetic domain wall.

Since charged particles tend to follow magnetic field lines, moving along them in a sort of corkscrew motion, the gas molecules fly not only outward but also upward and downward along the magnetic field lines.

These differences in density are caused by the interplay of the solar wind — the constant stream of charged particles from the sun — and the interplanetary magnetic field that stretches across the solar system.

A team of scientists, led by University of Illinois physicist Peter Schiffer, has reported direct visualization of magnetic charge crystallization in an artificial spin ice material, a first in the study of a relatively new class of frustrated artificial magnetic materials - by - design known as «Artificial Spin Ice.»

In contrast to electrical currents, on which todays information technology is based, magnon spin currents do not conduct electrical charges but magnetic momenta.

«Magnetic charge crystals imaged in artificial spin ice.»

These charges are analogs to electrical charges with possible applications in magnetic memories and devices.

OIST's physicist studies magnetic monopoles in spin ice crystals and explains why double layers of magnetic charges can be found

In the honeycomb pattern, where three magnetic poles intersect, a net charge of north or south is forced at each vertex.

In Earth's magnetosphere — the giant magnetic bubble surrounding our planet — these magnetic reconnections can fling charged particles toward Earth, triggering auroras.

Because each spin of a tetrahedron is also shared with a neighboring tetrahedron, the creation of magnetic monopoles spreads around the crystal like a fans» wave in a stadium, forming monopoles of opposite «magnetic charge.»

In addition to carrying a charge, electrons have another property called spin, which relates to their magnetic properties.

The magnetic fields that surround and shield many planets from the sun's energy - charged particles differ widely in strength.