The challenge is to develop a synchrotron appropriate for commercial use.

Cornell University had built a series of synchrotrons since the 1940s.

We'll also find out what else scientists hope to learn from the Diamond synchrotron.

The synchrotron was turned off for the visit to reduce the noise level.

The potential of the technique was limited until modern synchrotron light sources became available.

When was the last new synchrotron built on Earth?

This is the point at which synchrotron radiation comes to the rescue.

Want to get your kids time on a synchrotron?

Scientists also use synchrotron light in many other ways.

Think about it: some kind of technology that can produce synchrotron radiation where there isn't supposed to be any.

At that time there were no users of synchrotron radiation in Canada.

But new X-ray sources known as synchrotrons have reduced data collection time to a few days or even less than a day.

The synchrotron will flash light every two thousand-millionths of a second.

Technically speaking, a storage ring is a type of synchrotron.

In addition, the wavelength of synchrotron X-rays can be changed.

The new device was therefore called simply a "synchrotron."

No one ever asked me about the synchrotron before."

I thought perhaps I might get the use of the synchrotron."

It is capable of viewing matter at the molecular level using synchrotron light.

The radio emission is due to the synchrotron process.

In the 1950s, Cornell physicists became the first to study synchrotron radiation.

Its focus is the ways in which synchrotrons can contribute to our knowledge in these areas.

The stations may be considerably farther from the synchrotron than depicted.

Like how many seconds it would take your brain to turn into synchrotron soup."

Synchrotron radiation is quite simply the most intense source of white X-rays we have.