Sentences with phrase «near field magnetic»

This time around the company says it's using Near Field Magnetic Induction (NFMI) to connect the two earbuds, which is a technology that competitors like Bragi and Alpha Audiotronics use in their products.

Short for Near Field Magnetic Induction, NFMI is an ultra-low-power wireless technology used to sync wireless earbuds together.

We've previously evaluated products using some form of near field magnetic induction technology with mixed results; The fact is, most true wireless earbuds currently on the market are still struggling to overcome their awkward stage when it comes to consistent connection.

The MiGlo Near Field Magnetic Induction (NFMI) component can make a big difference in your wireless experience, which is why it's the first component in the new MiGlo brand.

Updated 12-21-2016 by Ryan Waniata: Added information about our own experience with true wireless earbuds using some form of near field magnetic induction technology.

Thanks in part to NXP's latest Near Field Magnetic Induction tech — which links the buds together for stereo sound — we also had zero sync problems, resulting in solid stereo playback.

Bragi, for example, had to delay production so it could build a hearing aid technology called Near Field Magnetic Induction into the Dash earbuds in order to get around using Bluetooth between buds.

And Jaybird is using Bluetooth all the way through, instead of Near Field Magnetic Induction between the earbuds, which Bragi and others have used to ensure a consistent audio connection.

Another wireless earbud startup called Skybuds is taking a much different approach by eschewing earbud - to - earbud Bluetooth for something called «near field magnetic induction,» but it's an unproven technology that hit the market far too late for Earin to even consider using.

Not exact matches

The company's mobile payment solution takes a two - pronged approach by combining a near - field communication (NFC) chip with the magnetic secure - transmission technology it acquired from LoopPay to transmit payment information between your device and a point - of - sale terminal.

They could also help engineers better design probes that can survive repeated passes through the strong magnetic fields near Jupiter.

On Earth, the brightest auroras (the high - altitude glows often called the northern and southern lights) are generated when electrons in outer space near Earth are accelerated by large electrical potentials, or voltages, along the lines in our planet's magnetic field and slam into gas molecules in the upper atmosphere above polar regions.

Near the surface, the magnetic field can still enter the material but then quickly decays away.

Electromagnetic coils are positioned near a patient's skull to deliver brief pulses of magnetic fields; these induce electric currents inside the head, which cause neurons to fire in brain regions associated with mood.

As Titan lacks its own magnetic field the same thing can occur over wider regions, not just near the poles.

Gubbins noticed that around 1770, an excursion — a small, localized reversal in the magnetic field — bloomed near the equator and began migrating south.

But when the sun ejects major blasts of particles in flares and solar storms, these belts overflow and send electrons streaming toward Earth along the looping lines of the magnetic field, which intersect the planet near the north and south poles.

This may mean that the Milky Way's magnetic field twists into surprisingly complex shapes near the black hole.

The Earth's magnetic field takes an average of only 7000 years to reverse its polarity, but the switch happens much more quickly near the equator, according to the most comprehensive study yet of the last four reversals.

According to theory, these fields can funnel part of the star's energy back onto the surface, creating hot spots near the magnetic poles.

In this plan, near - stationary protons would be dumped in the center of a small cyclotron and accelerated by magnetic fields in spirals until they reached the cyclotron's outer edge.

In this quantum Hall state, particles of light mimic the orbital action of electrons in more standard experiments that involve powerful magnetic fields and ultra-cold conditions of near absolute zero (minus 459.6 degrees Fahrenheit).

Space may seem empty, but it's actually a dynamic place populated with near - invisible matter, and dominated by forces, in particular those created by magnetic fields.

A magnetic field reversal is a near certainty within the next few hundred thousand years, but there is no evidence that reversals actually are deadly.

The researchers obtained measurements in Antarctica in 2013 when the balloons and both the Geostationary Operational Environmental Satellite (GOES) and Van Allen Probe satellites were near the same magnetic field line.

In succession, the Ulysses probe, near Jupiter, and Cassini, then approaching Saturn, picked up emissions as the still - potent stream of particles rammed into those planets» magnetic fields.

Dessler says that all these signs might point to a single poorly understood connection between the farthest reaches of the magnetosphere and features of the magnetic field near Jupiter's surface.

The magnetic field lines originate in the Earth's core and emerge near the poles, where their angle of dip — or inclination — relative to Earth's surface is almost 90 degrees.

In addition, a magnetic field near a two - dimensional ribbon of carbon — called a graphene nanoribbon — affects the current flowing through the ribbon.

But the magnetic fields used in TMS affect only brain tissue near the brain's surface.

Marscher says the researchers detected BL Lac's twisted magnetic fields by analyzing a «flare» of visible light, x-rays, and gamma rays from an explosion they watched shoot along the jet's path at near - light speed.

Instead of streaming out of a metal casing and turbine, a blazar's jets «are confined and focused by coiled magnetic fields originating near the [supermassive] black hole.»

New detections of radio waves from a repeating fast radio burst have revealed an astonishingly potent magnetic field in the source's environment, indicating that it is situated near a massive black hole or within a nebula of unprecedented power.

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 geomagnetic storm passed within 24 hours or so but, while it was ongoing, the solar particles and magnetic fields caused the release of particles already trapped near Earth.

The largest of these eruptions cause what is known as space weather — the radiation, energetic particles and magnetic field releases from the Sun powerful enough to cause severe effects in Earth's near environment, such as the disruption of communications, power lines and navigations systems.

When that material is cooled down to near absolute - zero temperature and subjected to a strong magnetic field, the amount that it can conduct becomes «quantized» — fixed to a fundamental constant of nature and can not change.

«These rocks were deposited on the ocean floor 440 million years ago near the south pole, and its components were oriented in the direction of the Earth's magnetic field at the time (N - S),» explains Javier Fernández Lozano, a geologist at the University of Salamanca and co-author of the research.

Like the fields around our sun, these black hole's magnetic fields can periodically «reconnect,» a process that could catapult material from near its surface.

The brightest spots seen here are locations where the magnetic field near the surface is exceptionally strong.

In the single - atom qubit used by Morello's team, and which Tosi's new design applies, a silicon chip is covered with a layer of insulating silicon oxide, on top of which rests a pattern of metallic electrodes that operate at temperatures near absolute zero and in the presence of a very strong magnetic field.

They combined observations in the visible and the near infrared from the Hubble Space Telescope with radio observations from the Very Large Array and the Submillimeter Array to explore the effect of the turbulence, stellar radiation, and magnetic field on massive star formation in the galaxy's nuclear ring.

But the near - field magnetic force microscope reveals both simultaneously.

The records document that the Laschamp Excursion was characterized locally by (1) declination changes of ± 120 °, (2) inclination changes of more than 140 °, (3) ~ 1200 - year oscillations in both inclination and declination, (4) near 90 ° out - of - phase relationships between inclinations and declinations that produced two clockwise loops in directions and virtual geomagnetic poles (VGPs) followed by a counterclockwise loop, (5) excursional VGPs during both intervals of clockwise looping, (6) magnetic field intensities less than 10 % of normal that persisted for almost 2000 years, (7) marked similarity in excursional directions over ~ 5000 km spatial scale length, and (8) secular variation rates comparable to historic field behavior but persisting in sign for hundreds of years.

Recently, signatures of CO Cameron and CO2 + doublet ultraviolet auroral emissions have been detected with SPICAM (Gérard et al. 2015); they showed that the Mars aurora is a temporary and spatially localized phenomenon appearing near the open - closed magnetic field line boundary in cusp - like structures.

The answer probably involves the Sun's magnetic field near Earth.

Our polarization measurements of near - infrared point sources indicate a well - ordered global magnetic field that is perpendicular to the main filament, implying that the magnetic field is likely to have controlled the formation of the main filament.

If the Sun's magnetic field tilts south near the magnetopause, it can partially cancel Earth's magnetic field at the point of contact.

Bz is the component of the Sun's magnetic field near Earth which is parallel to Earth's magnetic axis.

The Mystery of the Moving Magnetic Field September 25, 2013 In the 18th century, navigators and scientists noticed that near the equator, the earth's magnetic field is shifting in a westerly diMagnetic Field September 25, 2013 In the 18th century, navigators and scientists noticed that near the equator, the earth's magnetic field is shifting in a westerly direcField September 25, 2013 In the 18th century, navigators and scientists noticed that near the equator, the earth's magnetic field is shifting in a westerly dimagnetic field is shifting in a westerly direcfield is shifting in a westerly direction.