3 ms·
As a climatologist, I can tell you that we switched to “climate change” because it’s more precise. “Global” in global warming is not the “universal” sense of gl
by labster 2y ago
As a climatologist, I can tell you that we switched to “climate change” because it’s more precise. “Global” in global warming is not the “universal” sense of global, because not everywhere on Earth warms equally, and some places may even cool with mean global warming. Global climate change implies that the averages and ranges are changing. The phenomenon is best measured in statistics.
(Also as a climatologist I have no idea what the handedness of neutrinos even means. Something with spin?)
- kadoban 2y ago> (Also as a climatologist I have no idea what the handedness of neutrinos even means. Something with spin?) Indeed, it's the relation of spin to linear momentum of the particle.
- eigenket 2y agoIts not quite that, the thing you're describing is called helicity. Helicity and chirality are closely related, they're the same if your particle is massless for example, but for massive particles they aren't the same. Imagine I have a particle which is spinning in the same direction as its linear momentum (so positive helicity) but then I speed myself up really fast so now I'm going faster than it. Its linear momentum (to me) appears to have switched sign but its spin hasn't so the helicity has flipped. Chirality is a more complicated thing which avoids this "problem" with helicity. Chirality doesn't change when the observer changed velocity.