Particle Accelerator Model


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Free Particle Wavepacket Model  v.1.0

Free Particle Wavepacket model displays the time evolution of a free (V = 0 everywhere) initial Gaussian wave packet in position and momentum space. The default wave functions have = 0 and
= 0, respectively. The initial width of the position-space ...

Particle Worldline Model  v.1.0

Particle Worldline model computes and displays the trajectory of a test particle in the vicinity of a black hole using Schwarzschild coordinates. It was created for the study of Einstein's theory of general relativity and the Schwarzschild metric.The ...





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Another World  v.1 1

You are a scientist, running an experiment on a particle accelerator during an electrical storm. A thunder strikes your equipment, and the experiment goes wild. A ray coming from one of your instruments hit you, and you fall into a hole in the ground.

LARGE HADRON COLLIDER  v.1.0.0.0

This is an informative app regarding the world's largest and highest-enegry particle accelerator.

Self-Driven Particle Model  v.6.0.260.3

Self-Driven Particle Model is a physics simulation model. It is made in Java so you can run it directly from the website or on Windows, Linux or Mac OS X. Unlike other simulations by PheT, this one is more of a tutorial and it is very interactive. It ...

Two Particle Elastic Collision Model  v.1.0

Two Particle Elastic Collision Model allows the user to simulate a two-dimensional elastic collision between hard disks. The user can modify the mass, position and velocity of each disk using the sliders. Both disks are draggable and the center of mass ...

Free Particle Energy Eigenstates Model  v.1.0

Free Particle Energy Eigenstates model shows the time evolution of a superpostion of free particle energy eigenstates. A table shows the energy, momentum, and amplitude of each eigenstate.A free particle energy eigenstate with a definite momentum p and ...

Particle Motion On A Curve Model  v.1.0

Simulates the dynamics of a particle sliding on a curve y=f(x) with friction. The Particle Motion On A Curve model simulates the dynamics of a particle sliding on a curve y=f(x) with friction.?The model displays normal, friction, and gravitational force ...

ExB Trajectory Model  v.1.0

ExB Trajectory model simulates the motion of a charged particle in uniform electric and magnetic fields. The model is incomplete and users need to complete the equations of motion using the Lorentz force law. You can modify this simulation if you have ...

Rectangular Well Model  v.1.0

Rectangular Well model displays the 2D energy eigenstates of a particle trapped in a very deep two-dimensional rectangular well. Because the Schr dinger equation for this system is separable into one-dimensional infinite square well Hamiltonians, the ...

Point Charge Forces in 1D Model  v.1.0

Point Charge Forces in One-Dimension model investigates the electric force that one charged particle exerts on another. It is a very simple representation that promotes understanding of Coulomb's Law in three ways: First, students can set the amount ...

Great Circles Model  v.1.0

Great Circles model displays the frictionless motion of a particle that is constrained to follow the surface of a perfect sphere. The sphere rotates underneath the particle, but since there is no friction, and the sphere is perfectly spherical, the motion ...

Magnetic Resonance of Spin One-Half Particles Model  v.1.0

Simulate magnetic resonance of a spin one-half particle with this tool. Magnetic Resonance of Spin One-Half Particles model simulates the magnetic resonance of a spin particle. Users can vary the frequency of an oscillating magnetic field and see how ...

Point Charge Forces in 2D Model  v.1.0

Point Charge Forces in Two-Dimensions model investigates the electric force that a charged particle experiences in a two-dimensional situation, because of four other nearby charged particles. The net electric force is shown as an arrow attached to the ...

Step Barrier Scattering Model  v.1.0

Barrier Scattering model shows a quantum mechanical experiment in which an incident wave (particle) traveling from the left is transmitted and reflected from a potential step at x=0. Although the analytic solution to this standard problem is well known, ...

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