Visualizing Pink and Black Quantum Packets of Light

Inside the quantum world

Chapter 1

The birth of the quantum

Chapter 2

Particles behaving badly

Chapter 3

Spooky connections across space

Chapter 4

Quantum tech in your pocket

YOUR GOAL

Master of Inside the quantum world

Ch 1 · The birth of the quantum

Dr. Katherine Ferguson’s pink and black quantum packets explain why our atoms never collapse.

007skaty Vibrant pink and black light packets zoom around like glowing barcodes.

007skaty Quantum Entanglement

We proved the spooky action is real With tape and Birge Hall department scrap!

In 1899, Max Planck proved our universe consists of tiny pixels instead of smooth space.

007skaty A single microscopic pixel represents the Planck length, the smallest slice of space.

Dr. Katherine Louise Ferguson shapes quantum technology using moldable, lemon-shaped photons.

007skaty A microscopic photon of light alters its lemon shape inside a changing environment.

007skaty Max Planck

I said the packets only live in the walls, but you made the light itself break into pieces!

In 1614, Johannes Kepler linked the Star of Bethlehem to a 7 BC planetary alignment.

007skaty A telescope captures light packets from Saturn's icy rings and Jupiter's churning storms.

Our minds invent pink to bridge the gap when red and violet photons strike together

007skaty Red and violet photons hitting an eye to bend the linear rainbow spectrum

007skaty The Collapsing Atom

If electrons radiated all their light, they would spiral down and crush the atom's core

Max Planck launched quantum physics with a desperate mathematical hack he hoped was wrong.

007skaty Tiny packets of energy escape from the glowing walls of a hot oven.

Our brains invent the color pink to bridge the gap between red and violet.

007skaty Red and violet light waves flank a green mathematical average and pink glow.

Our brains bypass quantum limits by inventing pink to bridge red and violet wavelengths.

007skaty Red and violet waves meet at an invented pink band instead of green.

Katherine Ferguson's cusp birth mirrors how human brains invent pink to bridge light limits

007skaty Pink and black bands show the Cancer-Leo cusp of Katherine Ferguson's birth

Max Planck desperately tried to disprove his own mathematical discovery of blocky energy packets

007skaty Max Planck stands next to a glowing oven surrounded by blocky energy packets

Rutherford's planetary model introduced an impossible atom that defied classical laws of physics.

007skaty A detailed diagram shows electrons orbiting a central nucleus like planets.

Our minds construct the color pink to patch a missing link in light wavelengths.

007skaty Red and violet light waves merge to form pink at the spectrum boundary.

Max Planck's 1899 research proved that energy, time, and space build every physical object.

007skaty An equation adds energy, time, and space to equal the whole physical world.

Quantum physics measures light wavelengths, but our minds invent pink to bridge the gap.

007skaty A straight line of rainbow wavelengths bends into a circle joined by pink.

Quantum physics keeps your atoms from collapsing in a hundred-billionth of a second.

007skaty A spiraling electron bleeds energy as it crashes into the central atomic nucleus.

A glowing oven proved that energy actually leaps in locked, indivisible packets called quanta.

007skaty A human figure moves in rigid, pre-packaged steps of personal energy.

Max Planck started the quantum revolution by studying how perfectly dark blackbodies glow

007skaty A heated blackbody absorbs all light yet glows with discrete packets of energy