Infrared detectors of higher sensitivity and resolution are being developed.
Let's rediscover Flaubert, Stendhal, Celine, just to mention a few detectors of fraudulence.
They make extremely sensitive detectors of small magnetic fields, for example.
They may undergo Compton or photoelectric interactions elsewhere or may escape from detectors of small size.
The words looking and colours are associated with the human detectors of electromagnetic radiation, the eyes.
Thus, ganglion cells are detectors of local contrast rather than light intensity.
When one goes off, it sends a signal that sets off the other detectors of the same type.
They carry detectors of X-ray emissions, gamma rays, and neutrons, all of which are generated by a nuclear explosion.
Therefore, the main detectors of the LAT are made of silicon and tungsten strips at right angles to each other.
We will see lots and lots of events in our detectors, of course, and will have to disentangle what is going on.
Along the way, they achieved superconducting magnets of astonishing power, detectors of exquisite sensitivity and computer systems that could sift the fragments of 200m collisions a second.
