Neutrino Physics I - André de Gouvêa

[@williamnelson5995]

Very very good lectures, all three. If only all speakers could be as clear.

[@atomhydrogen]

It seems this guy understands physics! This is a seldom phenomenon, indeed...

[@badmintongo4832]

Great lecture- The history of physics is important.

[@NiranjanKumar-uh5hu]

All the three series of lectures are excellent!

[@cyrilio]

Love the anecdotal stories.

[@joaopaulopinheiro5560]

Excelente palestra. Obrigado professor!

[@ChristianNally]

A very nostalgic talk for me. Thanks for posting it!

[@arlenestanton9955]

Should show the blackboard also

[@gyro5d]

Why aren't Neutrinos, oscillating Inertial planes?

[@alexram5267]

Please use a laser pointer 🙂

[@Dr.PhysicsCode4]

Can You please explain how Lorentz invarient in the Super-K explain about neutrino mass?

[@armenv4494]

It makes me ask, could there be such a thing as the neutrino background radiation that escaped shortly after the first three minutes and of it could be mapped, what would it reveal?

[@schmetterling4477]

Yes, there most certainly is. The neutrinos would have decoupled approx. 1s after the expansion began and they could tell is details about the universe during the time of nucleosynthesis. These neutrinos now have a temperature of roughly 1.95K. It was believed that detecting them might be next to impossible, but there is a suggestion for an experiment now that claims that the background can be detected with as little as 100g of tritium using neutrino induced beta decays. I have to read the experimental proposal to see how realistic this is.

[@peterd5843]

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