The positive charge and negative charge are both drag-able. Press Space to pause or unpause the charge motion. To activate turbo mode, hold onto the shift key while pressing the green flag. Dipole https://en.wikipedia.org/wiki/Dipole Shown here is the Electric dipole that consists of one positive charge particle and one negative charge particle. Directions of E-fields (arrows) and H-fields (Black/white background) are visualized. Notes: -Positive charge and negative charge attract each other. The closer they are to each other; the more attraction force they inflict on each other. The momentum of their movements is making them spin. -The arrows are the electric E-field directions. The larger the arrow size, the larger the charge potential at that position. The arrow's color shows the potential, positive potential is red, negative potential is blue, and neutral potential is green. -When the positive and negative charges were brought close to each other, their charges cancel each other (Neutralized). -The magnetic H-fields are represented by the white and black clouds/background. The white cloud indicates that the H-field is pointing out of the screen while the black cloud indicates the H-field is pointing into the screen. -The E-field and H-field obey the right-hand rule. The faster the two charges spin, the larger the H-field strength (brighter or darker, grey is neutral). #Dipole, #Charges, #Electric field, #Education, #Visualized, #Visualization.
Thanks @Santiago020267 for the original visualization idea. This code is an upgrade to show the charge accumulation effect, E-fields, and H-fields in free space. Mother nature is beautiful, particles can dance, and Physics can be art too!