Quantum, Relativity & Forces Explained | Pixelated Physics

3 articles

Pixel-art frozen cobalt apparatus crackling with blue electrons beside an ornate mirror showing its reflection

Chien-Shiung Wu and the Experiment That Broke M...

For decades physicists assumed that the mirror image of any experiment would behave exactly like the original. In 1957 Chien-Shiung Wu and her team proved that the weak force breaks...

Chien-Shiung Wu and the Experiment That Broke M...

For decades physicists assumed that the mirror image of any experiment would behave exactly like the original. In 1957 Chien-Shiung Wu and her team proved that the weak force breaks...

Pixel-art scene of beta decay: a blue orb and a golden orb joined by a burst of energy, with two particle streaks flying off into a starfield

The Weak Force and Beta Decay: How Neutrons Tur...

The weak force is the only force that can change one kind of particle into another. It drives beta decay, starts the chain of fusion in the Sun, and is...

The Weak Force and Beta Decay: How Neutrons Tur...

The weak force is the only force that can change one kind of particle into another. It drives beta decay, starts the chain of fusion in the Sun, and is...

A glowing atomic nucleus in deep space where one blue neutron flares into a gold proton and a bright electron streaks away

Beta Decay Unveiled: Dance of the Weak Nuclear ...

Beta Decay Unveiled: Dance of the Weak Nuclear Force Welcome back, physics fans, to Pixelated Physics, your favorite destination for quantum quirks and cosmic mysteries! Today’s topic? The wildly fascinating...

Beta Decay Unveiled: Dance of the Weak Nuclear ...

Beta Decay Unveiled: Dance of the Weak Nuclear Force Welcome back, physics fans, to Pixelated Physics, your favorite destination for quantum quirks and cosmic mysteries! Today’s topic? The wildly fascinating...