Gesamtlänge aller Episoden: 6 hours 1 minute
Planetary scientist Jean-Philippe Combe joints us to discuss the how cosmic rays and particles from the solar wind impact and affect the surface of the moon.
When ice forms it traps air molecules with it. Ancient ice, trapped deep in glaciers near the Earth's poles can give us a record of what the atmosphere was like thousands - if not millions - of years ago. But only if we can calibrate the relationship betw
Muons are all around us. Virtually all of them are the debris associated to collisions of cosmic rays from the upper atmosphere. We discuss why muons are present, and how their presence is a direct validation of Einstein's Theory of Special Relativity.
To explain the origin of cosmic rays, we discuss how out-of-equilibrium plasma physics can boost ions to extremely high velocities.
The Cosmic Ray mini-series begins with the OH MY GOD! Particle.
The Omega Baryon is the strangest particle we have encountered so far. It may also be the strangest particle known to Science, literally.
Prepare for trouble! And make it double! Today we confront the two Cascade or Xi /ksee/ baryons which each have a PAIR of strange quarks.
The Field Guide to Particle Physics : Season 2
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The Sigma Baryons - that’s a capital Sigma - are a trio of slightly heavy cousins to everyday particles like the proton and the neutron. With masses of almost 1200 MeV each, it may surprise you that the physics of Sigma baryons feels much closer to a comp