Quantum Mind Control
It's all about Relative Probability
- An insight into the bewildering world of wave-particle conundrums in the quantum realm.
- An explanation of why and how a wave turns into a particle when observed.
- Why a particle transforms to a wave when not being observed.
- Why can't we see light waves, only light particles?
- Can light time travel?
- How do probability waves work?
- How can a single particle form two diffraction waves?
- How can individual electrons create an interference pattern?
Double-Slit Experiment
Part one. Seed Waves.
Part Two. Wave/particle duality.
Part three. Entangled probability waves.
Double Slit Experiment
The Thomas Young double slit experiment shows light existing as waves when diffracted. But how and when does light select its existence as a wave or a particle? Why does light change from a wave into a particle when we observe it? Why and how does a particle manifest as a wave when we’re not watching it?
The answers are just a book away.
Observed Wave Behaviour
An image can speak many words, and the picture above shows light waves being diffracted as they pass through slits. The waves that pass through the right-hand slit are not observed, so they continue their journey from slit to back-screen without interference. The waves that pass through the left-hand slit are observed and briefly get realised as particles, which then continue their journey towards the back-screen as waves.
Single particle interference
How can single particles of light fired through a single slit create a pattern that is different to the shape of the slit? What dictates where the individual pinpoints of light hit the back-screen, and how does each light particle know where the previous light particles have landed?
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