[BenLurkin]

Hopefully not another duplicate

[mrsmith]

Gotta admit I’m impressed.
Good work! Still more to do.
What is up with these ‘micro’ particles? We don’t know.

[freedumb2003]

About dang time!

[Hostage]

Nice arrangement and approach to solving an elusive, hard problem, or more accurately, estimating a physical parameter more precisely.

Quantifying neutrino mass more precisely will lead to other adjustments in stellar masses and energies? I would think so.

[FreedomOfExpression]

So the new Neutrino mass range is 0.02 to 1 eV.
Pretty big drop in the range of possible mass. Nice!

Your excerpt left out the bottom line.
And no, I wasn't going to read the article, but you forced my hand.   :^)

[IndispensableDestiny]

They are celebrating with a huge keg of beer.

[SuperLuminal]

Not to denigrate their fine work even the slightest bit, but haven’t women been routinely halving “mass estimates” often?

[catbertz]

"If you filled the solar system with lead out to fifty times beyond the orbit of Pluto, about half of the neutrinos emitted by the sun would still leave the solar system without interacting with that lead," said Robertson.

⁰(ʘ_ʘ)⁰

[Truthoverpower]

Neutrinos are a TRIP.

[TangoLimaSierra]

Crap. Now I have to start over.

[Nateman]

In 1987 a supernova in a small Galaxy orbiting our Milky Way Galaxy became bright enough to see with the naked eye. Neutrinos from that event were actually detected. It has been estimated that 99% of the energy was carried away by the neutrinos. If there is some mechanism to slow those neutrinos down that is a allot of slow neutrinos floating around in the universe! (The neutrinos from that supernova after traveling 160,000 light years , if they slowed down , it was by less than a second!)