In luminescent materials made so far the luminescence
takes microseconds (millionths of a second) to die away.
Not exact matches
The new method offers a variety of advantages: for example, the gate operations
take place within
microseconds which is an asset for quantum information processing.
So far, this drastic increase in speed
takes about 5 to 10 minutes to trigger with the 150 - watt mercury lamp the researchers used, but Leigh says more powerful laser pulses could set off turbo boosts in a
microsecond or less.
A long time means that — for modern electronics, it's a long time — it
takes half a millisecond for the photon to go from A to B, so if you decide something like a few tenths of a
microsecond before, then that's a long time.
(A millisecond is one thousandth of a second) The length of a day, which is measured by the time it
takes Earth to rotate once on its axis, can be measured to an accuracy of about 10
microseconds, or 10 millionths of a second.
In this case, although the D - Wave One showed some evidence of quantum behaviour, it
took longer — 15
microseconds — to solve a problem than the conventional processors, which
took 4 and 0.8
microseconds.
Columbia Engineering's compact, chip - scale dual comb spectrometer was able to measure a broad spectrum of dichloromethane in just 20
microseconds (there are 1,000,000
microseconds in one second), a task that would have
taken at least several seconds with conventional spectrometers.
Instead, it happens in discrete steps of about 50 meters, with each step
taking about one
microsecond and about 50
microseconds elapsing between steps.
This is why their speed is very, very close to the speed of light: v = 0.999999995 c - to illustrate this,
take the distance incredibly long between the Sun and Earth: light
takes 8 minutes to travel this distance of 150 million kilometres, and an electron travelling at the speed of the electrons in the ESRF storage ring, will arrive «only» a quarter of a
microsecond «later».
The direct and indirect overhead of that offloading is less than 15
microseconds (as seen from PPU), so every piece of code that
takes more than that to execute can be offloaded.
It might
take an extra
microsecond to pick your receiver using this method than it would using the Classic controller method, but you'll never get that same «ugh, I hit the wrong button» feeling that seems to hit me at least once a game.
The processes (absorption of light, collisional energy transfer and emission) can be separated because the average time that an isolated CO2 molecule
takes before it emits a photon is much longer that the time for collisional de-excitation (~ tens of
microseconds at atmospheric pressure, less, higher in the atmosphere).
Radiative equilibrium
takes place on very fast (
microsecond or less) timescales, so what on earth are you talking about?
Well, having had a daughter who worked at IKEA for a short period of time — actually, we're pretty sure she's still in there somewhere, having
taken up residence in one of the display homes they have set up in their ginormoultramegastore — I am up - to - the -
microsecond aware of the IKEA concept of modularity.