/// <summary>
/// Creates a particle representing the planet Earth in 3 dimensions
/// </summary>
public static Particle Earth()
{
//Initialize a return particle
Particle ReturnParticle = new Particle(3);
//Setup the particle
ReturnParticle.Radius = 6.371E6;
ReturnParticle.AddProperty(PhysicsParticleProperties.Mass, 5.97219E24);
ReturnParticle.AddProperty(PhysicsParticleProperties.Charge, 0);
//Return the newly created particle
return ReturnParticle;
}
/// <summary>
/// Creates an antineutron of a particular number of dimensions
/// </summary>
/// <param name="NumberDimensions">The number of dimensions this antineutron exists in</param>
public static Particle Antineutron(int NumberDimensions)
{
//Initialize a return particle
Particle ReturnParticle = new Particle(NumberDimensions);
//Setup the particle
ReturnParticle.Radius = 0.8E-15;
ReturnParticle.AddProperty(PhysicsParticleProperties.Mass, PhysicsConstants.NeutronMass);
ReturnParticle.AddProperty(PhysicsParticleProperties.Charge, 0);
ReturnParticle.AddProperty(PhysicsParticleProperties.Spin, 1.0 / 2.0);
ReturnParticle.AddProperty(PhysicsParticleProperties.Parity, 1);
ReturnParticle.AddProperty(PhysicsParticleProperties.MagneticMoment, 0.96623647E-26);
//Return the newly created particle
return ReturnParticle;
}
/// <summary>
/// Creates an antiproton of a particular number of dimensions
/// </summary>
/// <param name="NumberDimensions">The number of dimensions this antiproton exists in</param>
public static Particle Antiproton(int NumberDimensions)
{
//Initialize a return particle
Particle ReturnParticle = new Particle(NumberDimensions);
//Setup the particle
ReturnParticle.Radius = 8.775E-16;
ReturnParticle.AddProperty(PhysicsParticleProperties.Mass, PhysicsConstants.ProtonMass);
ReturnParticle.AddProperty(PhysicsParticleProperties.Charge, -PhysicsConstants.ElementaryCharge);
ReturnParticle.AddProperty(PhysicsParticleProperties.Spin, 1.0 / 2.0);
ReturnParticle.AddProperty(PhysicsParticleProperties.Parity, 1);
ReturnParticle.AddProperty(PhysicsParticleProperties.MagneticMoment, 1.410606743E-26);
//Return the newly created particle
return ReturnParticle;
}
/// <summary>
/// Creates an electron of a particular number of dimensions
/// NOTE that this assumes a classical radius of 2.8179E-15 m
/// </summary>
/// <param name="NumberDimensions">The number of dimensions this electron exists in</param>
public static Particle Electron(int NumberDimensions)
{
//Initialize a return particle
Particle ReturnParticle = new Particle(NumberDimensions);
//Setup the particle
ReturnParticle.Radius = 2.8179E-15;
ReturnParticle.AddProperty(PhysicsParticleProperties.Mass, PhysicsConstants.ElectronMass);
ReturnParticle.AddProperty(PhysicsParticleProperties.Charge, -PhysicsConstants.ElementaryCharge);
ReturnParticle.AddProperty(PhysicsParticleProperties.Spin, 1.0 / 2.0);
ReturnParticle.AddProperty(PhysicsParticleProperties.Parity, 1);
ReturnParticle.AddProperty(PhysicsParticleProperties.MagneticMoment, 9.284764E-24);
//Return the newly created particle
return ReturnParticle;
}
/// <summary>
/// Creates a photon of a particular number of dimensions
/// </summary>
/// <param name="NumberDimensions">The number of dimensions this photon exists in</param>
public static Particle Photon(int NumberDimensions)
{
//Initialize a return particle
Particle ReturnParticle = new Particle(NumberDimensions);
//Setup the particle
ReturnParticle.Radius = 0;
ReturnParticle.AddProperty(PhysicsParticleProperties.Mass, 0);
ReturnParticle.AddProperty(PhysicsParticleProperties.Charge, 0);
ReturnParticle.AddProperty(PhysicsParticleProperties.Spin, 1);
ReturnParticle.AddProperty(PhysicsParticleProperties.Parity, -1);
//Return the newly created particle
return ReturnParticle;
}
