femtosecond

"Nothing stays still for more than a femtosecond here or a millisecond there."

The answer: 320 attoseconds, or about one-third of a femtosecond.

Click this link for times longer than one femtosecond.

On the other hand, things move a lot faster down in subparticle land, where the femtosecond is a unit that can be felt.

A fast reaction occurs in a femtosecond, or one part in seconds.

In a femtosecond, the Concorde flies less than the width of an atom.

She was setting up what she knew would be a revolutionary femtosecond control system for the yacht.

What about the arbitrary restriction to a femtosecond?

Please tell us what is a femtosecond.

Of course it would only make about a femtosecond's difference in how soon he'd be killed, but it was the principle of the thing.

They stated that it was much easier to produce a reliable, repeatable continuum using a femtosecond source.

A femtosecond is one-quadrillionth of a second.

The computer-guided infrared femtosecond laser is focused just below the surface of the cornea.

Their temporal coherence also allows them to emit pulses of light that only last a femtosecond.

Typical timesteps for classical MD are in the order of 1 femtosecond (10 s).

One femtosecond, the unit used to measure the speed of some chemistry reactions (or transient stages) is equal to 10 to minus 15.

A femtosecond is the fraction of a second represented by a 1 preceded by 14 zeros and a decimal point.

In other words, these oscillations can have large populations, but very very short lived coherences: typically less than 10fs (a femtosecond is 10-15s).

There are several benefits; Femtosecond lasers have been noted to be more precise than microkeratomes, with fewer likely collateral tissue effects.

First commercial compact, reliable industrial-grade femtosecond laser (1998)

Femtochemistry - is the area of physical chemistry that studies chemical reactions on extremely short timescales, approximately 10-15 seconds (one femtosecond).

'Yes, for about one nano-second - or perhaps even a femtosecond - isn't that the smallest unit of time that exists?'

The ultrafast monochromator aims to preserve the temporal duration of a femtosecond source, by combining more than one grating.

This problem has been solved with the development of self-referenced mode-locked lasers, commonly referred to as femtosecond frequency combs.