
20210525: What If (Tiny) Black Holes Are Everywhere?
 02:28: The distribution of particle energies should follow a blackbody spectrum, as though the black hole has a real temperature.


20210112: What Happens During a Quantum Jump?
 01:22: ... explain the colors of light produced by a heated object  the socalled blackbody spectrum  by assuming that light is made up of irreducible packets of energy ...


20180620: The Black Hole Information Paradox
 03:13: According to Hawking's calculation, those particles should come out with energies that follow the blackbody spectrum.


20180502: The Star at the End of Time
 05:23: The blackbody spectrum of a hot object emits relatively more photons at short energetic wavelengths than a cooler object.
 05:46: First, they shine white as their blackbody spectrum spans the visible range, just like our Sun.


20160622: Planck's Constant and The Origin of Quantum Mechanics
 04:43: The resulting blackbody spectrum looks like a lopsided bell curve.
 04:54: The key to unlocking the mystery lay in finding a mathematical description for the blackbody spectrum.
 05:36: The resulting RayleighJeans law described the blackbody spectrum perfectly.
 07:09: ... searching for a new mathematical approach to deriving the blackbody spectrum, he needed some sort of math trick to count the supposedly infinite ...
 08:11: Planck's new equation described the shape of the blackbody spectrum exactly, across all frequencies of light.
 08:59: ... given a mathematical form for the blackbody spectrum, it was possible to do this just by varying the constant until the Planck ...
 10:38: ... defining the shape of the blackbody spectrum, the Planck constant can be read in the color of the sun and the stars, ...
