Question

Search for Neutrinoless Double-Beta Decay in 130Te with CUORE:

• How do they convert physics event or series of physics events to energy spectrum?
• What kind of shielding is used and why?
• Advantages and disadvantages of using the isotope of choice?

Answer 1

Solution: 1.

On the off chance that the neutrino is a Majorana molecule (i.e., the antineutrino and the neutrino are really a similar molecule), and in any event one sort of neutrino has non-zero mass (which has been built up by the neutrino wavering trials), at that point it is workable for neutrinoless twofold beta rot to happen. Neutrinoless twofold beta rot is a lepton number damaging procedure. In the least complex hypothetical treatment, known as light neutrino trade, a nucleon retains the neutrino discharged by another nucleon. The traded neutrinos are virtual particles.

With just two electrons in the last express, the electrons' all out active vitality would be around the coupling vitality distinction of the underlying and last cores, with the atomic backlash representing the rest. In view of force protection, electrons are commonly radiated consecutive.

2. Lead sheilding is normally provided with some other shieldings as well such as compounds of boron.

3. These can also be seen in nuclear reactors where neutrinos are indeed formed. We dont have to wait for the cosmic neutrinos for our experiment