Explore the Subatomic World with Quantum Mechanics Simulations

Quantum mechanics describes the fundamental behavior of matter and energy at the atomic and subatomic scales. Its development since the early 20th century, alongside the theory of relativity, marked the definitive transition from classical physics to modern physics. This theory reveals a world where traditional Newtonian laws no longer apply and nature behaves in ways that challenge our intuition.

In the quantum realm:
• Particles have wave-like properties
• Properties of particles (position, impuls) are not fixed until you measure them
• Energy is not infinitely divisible, but comes in discrete “packets” (quanta)
• The behavior of these particles is fundamentally probabilistic
• The particles are in general not uniquely identifiable

Key Simulations Included:
Foundational Experiments: Explore Black Body Radiation, the Photoelectric Effect
and Interference and diffraction of electromagnetic waves with slits.
Atomic Models: Interactive simulations of the Bohr model for the Hydrogen atom including deBroglie wavelengths.
The Schrödinger Equation: Visualize the “particle in a box,” the Quantum Harmonic Oscillator, the fascinating phenomenon of Quantum Tunneling and the solution to the Schrödinger equation for hydrogen (including 3 and 5 quantum numbers).
Nuclear & Particle Physics: Detailed models including the Periodic Table of Elements and probability distributions.

Visualize the Invisible
Quantum mechanics can be abstract and counterintuitive. This free app provides a suite of interactive simulations designed to help you “see” and experience the probabilistic nature of the universe.

The software is designed to be intuitive and self-explanatory, with a brief guide included for every simulation to help you master the underlying theory.

Ready to explore? Download the Quantum Mechanics app below.
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