This is magnetic resonance imaging MRI.

So this is cardiac magnetic resonance imaging.

Telehealth had been successfully used for pathology, radiology, magnetic resonance imaging, cardiology and further medical consultations.

One is the focused ultrasound, and the other one is the vision enabled magnetic resonance imaging.

We started by organizing image acquisition from magnetic resonance imaging machines and CT imaging machines from which to make a model of the patient's aorta.

These particles must have just as much mass and energy as is carried in by the proton and anti proton.

Technologies like MRI can help in surgical planning, resection control, and quality assurance. Magnetic resonance compatible robotics allow for real time imaging, providing information about anatomical structures and changes in the brain relative to surgical pathology while operating, thereby minimizing risk.

The laboratory was launched by a Proton carrier rocket.

The best known examples are the magnets that drive the magnetic resonance imaging (MRI) machines found in most hospitals. Perhaps the most exotic are the huge magnets used to accelerate particles in the Large Hadron Collider, which seeks to discover the fundamental principles of matter.

It's like taking a very sudden snapshot of the proton.

And actually, the magnetic fields we're using are basically about the same as the Earth's magnetic field.

The proton is obviously made of a whole bunch of little particles.

Magnetic data storage that's not Moore's Law, it's shrinking magnetic spots, different engineers, different companies, same exponential process.

There is a deep resonance with being at rest.

These include Soyuz 2, Proton M and the Angara family of carrier rockets.

We live in a magnetic field.

It creates a magnetic field here.

You simply take the proton, and you hit it really sharply with an electron.

There will be a spinning magnetic field.

Then they switched to a magnetic drum.

We hold it with a magnetic field.

They have different electrical and magnetic properties.

And viewed in that light, it takes on a whole other resonance.

I hope it's a story that has some resonance for our time.

Just think of the proton as an assemblage of little particles a swarm of little particles.

It's called Trans Cranial Magnetic Stimulation, or TMS.

Uruguay undertook magnetic surveys around the Artigas Station.

This animation from my friends at Proton Studios shows looking at the Big Bang from the outside.

There aren't electric fields here. It's a magnetic field.

They can sense the magnetic fields of the earth.

The zapper creates a magnetic field to counteract that.

It has a magnetic quality that draws me in.

Scientists wishing to study the interactions of the solar wind with the polar magnetic cusp near the magnetic north pole can use sounding rockets launched from Svalbard.

Someone speaks, there's resonance in all these receiving brains, the whole group acts together.

Electric fields are not ionizing radiation, like X rays or proton beams, that bombard tissue to disrupt DNA.

So there is no physical force, just a magnetic pulse.

But that's not all, because superconductors don't like magnetic fields.

It's because of this that you need the magnetic braking system.

They have either identical or very similar electrical and magnetic properties.

And this explains the extraordinary resonance of this simple metaphor conjured up nearly 400 years ago.

And then what you do is, you start out with electricity, turn it into magnetic field, take that magnetic field, turn it back into electricity, and then you can use it.

Philosophers have puzzled about how to justify our intuitions in these situations, given that in both cases, the choice seems to be between saving five lives at the cost of taking one life. Greene, however, was more concerned to understand why we have the intuitions, so he used functional Magnetic Resonance Imaging, or fMRI, to examine what happens in people s brains when they make these moral judgments.

Number five, one of my favorites reversal of the Earth's magnetic field.

First, I'm going to show you that this is a magnetic pulse.

One hundred billion strands of magnetic field inside this three inch disk.