All public logs

Combined display of all available logs of Physics Book. You can narrow down the view by selecting a log type, the username (case-sensitive), or the affected page (also case-sensitive).

• 08:59, 6 December 2022 Ecarder talk contribs created page File:Qho2.png
• 08:59, 6 December 2022 Ecarder talk contribs uploaded File:Qho2.png
• 08:57, 6 December 2022 Ecarder talk contribs uploaded a new version of File:Qho.png
• 08:56, 6 December 2022 Ecarder talk contribs created page File:Qho1.jpg
• 08:56, 6 December 2022 Ecarder talk contribs uploaded File:Qho1.jpg
• 08:18, 6 December 2022 Ecarder talk contribs created page File:Qhm2.png
• 08:18, 6 December 2022 Ecarder talk contribs uploaded File:Qhm2.png
• 08:17, 6 December 2022 Ecarder talk contribs created page File:Qhm111.jpg
• 08:17, 6 December 2022 Ecarder talk contribs uploaded File:Qhm111.jpg
• 08:02, 6 December 2022 Ecarder talk contribs created page File:Qho.png
• 08:02, 6 December 2022 Ecarder talk contribs uploaded File:Qho.png
• 08:00, 6 December 2022 Ecarder talk contribs created page File:IMG 3953.jpg
• 08:00, 6 December 2022 Ecarder talk contribs uploaded File:IMG 3953.jpg
• 07:58, 6 December 2022 Ecarder talk contribs created page Quantum Harmonic Oscillator (Created page with "The Quantum Harmonic Oscillator is the quantum parallel to the classical simple harmonic oscillator. The key difference between these two is in the name. In the quantum harmonic oscillator, energy levels are ''quantized'' meaning there are discrete energy levels to this oscillator, (it cannot be any positive value as a classical oscillator can have). At low levels of energy, an oscillator obeys the rules of quantum mechanics. So the QHM has numerous applications such as...")
• 00:05, 6 December 2022 Ecarder talk contribs created page File:Squarewavee (3).png
• 00:05, 6 December 2022 Ecarder talk contribs uploaded File:Squarewavee (3).png
• 00:02, 6 December 2022 Ecarder talk contribs created page File:Desmos-graph (2).png
• 00:02, 6 December 2022 Ecarder talk contribs uploaded File:Desmos-graph (2).png
• 00:02, 6 December 2022 Ecarder talk contribs created page File:Squarewavee (1).png
• 00:02, 6 December 2022 Ecarder talk contribs uploaded File:Squarewavee (1).png
• 00:00, 6 December 2022 Ecarder talk contribs created page File:Pizza1.png
• 00:00, 6 December 2022 Ecarder talk contribs uploaded File:Pizza1.png
• 23:53, 5 December 2022 Ecarder talk contribs created page File:Squarewavee.jpg
• 23:53, 5 December 2022 Ecarder talk contribs uploaded File:Squarewavee.jpg
• 23:43, 5 December 2022 Ecarder talk contribs created page File:Asdf12345.png
• 23:43, 5 December 2022 Ecarder talk contribs uploaded File:Asdf12345.png
• 23:40, 5 December 2022 Ecarder talk contribs created page File:Asdf1234.png
• 23:40, 5 December 2022 Ecarder talk contribs uploaded File:Asdf1234.png
• 23:37, 5 December 2022 Ecarder talk contribs created page File:Asdf12.png
• 23:37, 5 December 2022 Ecarder talk contribs uploaded File:Asdf12.png
• 23:33, 5 December 2022 Ecarder talk contribs created page File:Desmos-graph (1).png
• 23:33, 5 December 2022 Ecarder talk contribs uploaded File:Desmos-graph (1).png
• 23:25, 5 December 2022 Ecarder talk contribs created page File:Desmos11.png
• 23:25, 5 December 2022 Ecarder talk contribs uploaded File:Desmos11.png
• 23:08, 5 December 2022 Ecarder talk contribs created page File:Arrow.png
• 23:08, 5 December 2022 Ecarder talk contribs uploaded File:Arrow.png
• 23:08, 5 December 2022 Ecarder talk contribs created page File:Sinewave.png
• 23:08, 5 December 2022 Ecarder talk contribs uploaded File:Sinewave.png
• 23:05, 5 December 2022 Ecarder talk contribs created page File:Squarewave.png
• 23:05, 5 December 2022 Ecarder talk contribs uploaded File:Squarewave.png
• 22:58, 5 December 2022 Ecarder talk contribs created page Fourier Series and Transform (Created page with "A Fourier series is an expansion of trigonometric functions to model periodic functions. This method proves useful in the study of harmonic systems as the analysis in a more familiar domain is much simpler than in its original domain. It has a variety of applications ranging from signal processing to quantum mechanics. The Fourier Series is defined as <math>f(x)=\sum_{n=1}^{\infty}{a_n\cos{(\frac{nx}{L}})}+\sum_{n=1}^{\infty}{b_n\sin{(\frac{nx}{L}})}</math> ==Intuition==...")
• 01:45, 5 October 2022 Ecarder talk contribs created page The Born Rule (Created page with "The Born Rule is an important result of quantum mechanics that describes the probability density of a measured quantum system. In particular, it states that the square of the wavefunction is proportional to the probability density function. <math> \left | \Psi(x,t)^2 \right |=P</math> ==Normalizing the Wavefunction== At the position <math>x</math> and time <math>t</math>, <math> \left | \Psi(x,t)^2 \right |</math> is the probability density. By definition, an entire pr...")
• 22:34, 28 September 2022 Ecarder talk contribs created page Relativistic Doppler Effect (Created page with "(Note: This page is actively being eddited) The Relativistic Doppler Effect describes the alteration of the wavelength and frequency of light (Classical Doppler Effect) while accounting for the consequences of Special Relativity. ==Classical Doppler Effect== Consider a police car that is speeding past you with its sirens on. Have you ever noticed that the pitch of the siren is higher as it approaches you, but drops as it diverges from you? The beginning of the audio cor...")
• 20:35, 28 September 2022 User account Ecarder talk contribs was created