What is the important difference between modern neutrino detectors and the chlorine-argon detection system of previous decades?
A) The new detectors are smaller and thus can be built more cheaply.
B) The new detectors can be tuned to detect neutrinos of any energy.
C) The new detectors are able to detect all three neutrino types, not just those originally emitted from the Sun.
D) The new detectors are in orbit above our atmosphere, thus avoiding the loss of neutrinos absorbed in Earth's atmosphere.

Question

Quizplus · Accepted Answer

Modern neutrino detectors are capable of detecting all three types of neutrinos (electron, muon, and tau neutrinos), unlike the older chlorine-argon detection systems which were primarily sensitive to electron neutrinos, such as those from the Sun. This advancement allows for a more comprehensive study of neutrinos from various sources.

What Is the Important Difference Between Modern Neutrino Detectors and the Chlorine-Argon