Planck Shorts

Description: This formula is responsible for the birth of quantum mechanics. The Planck relation is a fundamental equation in quantum mechanics which states that the energy of a photon, E, known as photon energy, is proportional to its frequency, ν.

Description: Planck's constant is one of the smallest quantities in physics, and yet one of the most important quantities that gave birth to a great part of today's physics.

Description: Planck's constant is one of the smallest quantities in physics, and yet one of the most important quantities that gave birth to a great part of today's physics.

Description: A black circular emblem with a yellow and red border. It features a black and white portrait of a man with glasses and a mustache, thinking. To his right, the equation 'E=hv' is written. Below the portrait, the words 'JURASSIC PLANCK' are prominently displayed in stylized white text within a red and yellow bordered rectangle. Underneath this text is the numerical value '6.62607 10^-34 {J s}'.

Description: Lettering about Planck's Constant

Description: Max Planck

Description: A print-ready cosmic microwave background temperature map, independently rendered from public Planck Legacy Archive data. Based on ESA Planck Legacy Archive data; independent render, not ESA endorsed.

Description: Quantum superposition, one of the most important results of quantum physics that states that an object can be in more than one state at the same time, and some even interpret it as the existence of parallel universes.

Description: Jurassic Planck! Rawr!

Description: You could save the world.

Description: world quantum day

Description: world quantum day

Description: SIMP // Super Into Max Planck

Description: Planck's constant H

Description: Quantum superposition, one of the most important results of quantum physics that states that an object can be in more than one state at the same time, and some even interpret it as the existence of parallel universes.

Description: This was the beginning of a new era, the quantization of light, that marked the beginning of quantum physics and all modern physics.

Description: The most famous Conference on Physics, Brussels 1927. Seventeen of the 29 attendees were or became Nobel Prize winners. Among them, Marie Curie had won Nobel Prizes in two separate scientific disciplines.