Quantum, Atomic, and Nuclear Physics

The distribution of particles within a material

A change to a classical physical law over time

The conversion of energy content into mass over a distance

An observation or measurement causing a quantum state to assume a definitive value

Transition from $n = 3$ to $n = 2$ either before or after tripling

Transition from initial ground state $(n = 1)$ to first excited state $(n = 2)$ after tripling

Transition from $n = 4$ to $n = 3$ before tripling

Transition from $n = 4$ to $n = 3$ after tripling

Add barriers of varying thicknesses for comparative analysis

Decrease barrier thickness which enhances tunneling probability

Introduce higher frequency electromagnetic waves into system

Apply stronger magnetic fields perpendicular to the barriers

Decrease the width of each slit to allow more diffracted waves through.

Use polychromatic light for a broader range of colors in the pattern.

Use monochromatic light to ensure coherent wave fronts.

Increase the distance between the slits to widen the overall pattern.

Radiation as emitted infrared waves are absorbed directly by the skin.

Conduction as heat transfers when the person is in physical contact with the fire's surroundings.

Adiabatic expansion as cold air around the person expands and absorbs heat from the fire.

Convection as hot air emanating from the fire comes into contact with the person.

Proportional to the square of the wave function's amplitude in that region.

Dependent on the product of wave function's amplitude and frequency.

Inversely proportional to the cube of the distance from the nucleus.

Equal to the ratio of the wave function's amplitude to its wavelength in that region.

Ampere (A)

Meter (m)

Kelvin (K)

Grams (g)

New types exotic chemistry emerge stemming charge-neutral environments allowing novel molecular formations previously impossible with normal electromagnetic rules applied.

Electrons cease experiencing electrical attraction toward protons potentially collapsing stable atomic orbits altogether unless other forces compensate somehow explanation-wise.

Quantum states fundamentally shift enabling protons plus electrons form stable composite particles displaying neither distinctly 'protonic' nor 'electronic' characteristics peculiarly enough given scenario supposed here.

Proton-electron pairs drift apart slowly since existing momentum keeps them moving along initial trajectories despite lacking further electromagnetic interactions now.

t

p (momentum)

λ (lambda)

E (energy)

t

k

m

x