• Wave-centric interpretation of quantum mechanics 

  Ceperley, Peter (https://resonanceswavesandfields.blogspot.com/2019/07/wave-centric-interpretation-of-quantum.html, 2019-07-09)

  This paper explores one interpretation of quantum mechanics: that perhaps the waves of quantum mechanics are real and the particles, i.e. the quanta, are merely properties of atoms, the atoms which are responsible for ...
• Animation of radial spherical harmonic spiral radiation mode l=4,m=2 

  Ceperley, Peter (2016-05-01)

  This animation shows the time behavior of the l=4, m=2 spherical harmonic spiral radiation mode.
• Animation of radial spherical harmonic radiation mode l=4,m=2 

  Ceperley, Peter (2016-05-01)

  This animation shows the time behavior of the l=4, m=2 spherical harmonic radiation mode.
• Animation of the rotating wave mode l=2,m=1 with a tilted axis 

  Ceperley, Peter (2016-05-01)

  This animation shows the time behavior of the l=2, m=1 spherical harmonic rotating wave mode with a tilted axis. This is an extension of material covered in most quantum mechanics texts.
• Animation of rotating wave spherical harmonic mode l=2, m=2 

  Ceperley, Peter (2016-05-01)

  This animation shows the time behavior of the l=2, m=2 spherical harmonic rotating wave mode.
• This animation shows the time behavior of the l=2, m=1 spherical harmonic rotating wave mode. 

  Ceperley, Peter (2016-05-01)

  This animation shows the time behavior of the l=2, m=1 spherical harmonic rotating wave mode.
• Animation of rotating wave spherical harmonic mode l=2, m=0 

  Ceperley, Peter (2016-05-01)

  This animation shows the time behavior of the l=2, m=0 spherical harmonic rotating wave mode.
• Animation of rotating wave spherical harmonic mode l=2, m = -1 

  Ceperley, Peter (2016-05-01)

  This animation shows the time behavior of the l=2, m = -1 spherical harmonic rotating wave mode.
• Animation of rotating wave spherical harmonic mode l=2, m = -2 

  Ceperley, Peter (2016-05-01)

  This animation shows the time behavior of the l=2, m = -2 spherical harmonic rotating wave mode.
• Animation of rotating wave spherical harmonic mode l=1, m=1 

  Ceperley, Peter (2016-05-01)

  This animation shows the time behavior of the l=1, m=1 spherical harmonic rotating wave mode.
• Animation of rotating wave spherical harmonic mode l=1, m=0 

  Ceperley, Peter (2016-05-01)

  This animation shows the time behavior of the l=1, m=0 spherical harmonic rotating wave mode.
• Animation of rotating wave spherical harmonic mode l=1, m = -1 

  Ceperley, Peter (2016-05-01)

  This animation shows the time behavior of the l=1, m = -1 spherical harmonic rotating wave mode.
• Animation of rotating wave spherical harmonic mode l=0, m=0 

  Ceperley, Peter (2016-05-01)

  This animation shows the time behavior of the l=0, m=0 spherical harmonic rotating wave mode.
• Animation of standing wave spherical harmonic mode l=2, m=2 

  Ceperley, Peter (2016-05-01)

  This animation shows the time behavior of the l=2, m=2 spherical harmonic standing wave mode. This is covered in most quantum mechanics books, but seldom animated.
• Animation of standing wave spherical harmonic mode l=2, m=1 

  Ceperley, Peter (2016-05-01)

  This animation shows the time behavior of the l=2, m=1 spherical harmonic standing wave mode. This is covered in most quantum mechanics books, but seldom animated.
• Animation of standing wave spherical harmonic mode l=2, m=0 

  Ceperley, Peter (2016-05-01)

  This animation shows the time behavior of the l=2, m=0 spherical harmonic standing wave mode. This is covered in most quantum mechanics books, but seldom animated.
• Animation of standing wave spherical harmonic mode l=2, m = -1 

  Ceperley, Peter (2016-05-01)

  This animation shows the time behavior of the l=2, m = -1 spherical harmonic mode. This is covered in most quantum mechanics books, but seldom animated.
• Animation of standing wave spherical harmonic mode l=2, m = -2 

  Ceperley, Peter (2016-05-01)

  This animation shows the time behavior of the l=2, m = -2 spherical harmonic mode. This is covered in most quantum mechanics books, but seldom animated.
• Animation of standing wave spherical harmonic mode l=1, m=1 

  Ceperley, Peter (2016-05-01)

  This animation shows the time behavior of the l=1, m=1 spherical harmonic mode. This is covered in most quantum mechanics books, but seldom animated.
• Animation of standing wave spherical harmonic mode l=1, m=0 

  Ceperley, Peter (2016-05-01)

  This animation shows the time behavior of the l=1, m=0 spherical harmonic mode. This is covered in most quantum mechanics books, but seldom animated.

View more