Both Super-Kamiokande and
SNO researchers had to overcome many hurdles to make their discoveries, particularly the difficulty of observing neutrinos that — because they have very little mass and no electric charge — interact only very rarely with atoms in the detectors.
The SNO researchers measured the flux of electron - neutrinos and compared it to earlier results from Super-K, which used ordinary water.
Not exact matches
The
researchers call this the PINK -
SNO complex, or a «PINK -
SNO man.»
Under the new model,
researchers could target disease - specific
SNO synthases working downstream of NO.
However,
researchers predict that three new detectors expected to come online by 2022 — the
SNO + detector in Canada and the Jinping and JUNO detectors in China — will add 520 more events per year to the data stream.