Main public logs

Combined display of all available logs of phys660. You can narrow down the view by selecting a log type, the username (case-sensitive), or the affected page (also case-sensitive).

• 16:00, 6 November 2023 Jalil talk contribs created page File:Magnon laser.txt (Introduction to the Magnon-Laser project)
• 16:00, 6 November 2023 Jalil talk contribs uploaded File:Magnon laser.txt (Introduction to the Magnon-Laser project)
• 15:58, 6 November 2023 Jalil talk contribs created page File:Skyrmion simulation 2.txt (More about Skyrmion simulations and collisions)
• 15:58, 6 November 2023 Jalil talk contribs uploaded File:Skyrmion simulation 2.txt (More about Skyrmion simulations and collisions)
• 09:16, 28 August 2023 Jalil talk contribs created page File:1D LLG Code.zip (## What is covered in this notebook * Numerical solution to LLG equations using verlet algorithm * Comparison to analytical solution for a single spin under applied magnetic field)
• 09:16, 28 August 2023 Jalil talk contribs uploaded File:1D LLG Code.zip (## What is covered in this notebook * Numerical solution to LLG equations using verlet algorithm * Comparison to analytical solution for a single spin under applied magnetic field)
• 09:09, 28 August 2023 Jalil talk contribs created page File:Introduction to LLG equations.txt (## What is covered in this notebook * Introduction to LLG equations: * Main contribution to the energy . * Dynamics of LLG equations (damping and driving terms). * Analytical solution for a single magnetic moment under a magnetic field.)
• 09:09, 28 August 2023 Jalil talk contribs uploaded File:Introduction to LLG equations.txt (## What is covered in this notebook * Introduction to LLG equations: * Main contribution to the energy . * Dynamics of LLG equations (damping and driving terms). * Analytical solution for a single magnetic moment under a magnetic field.)
• 09:01, 28 August 2023 Jalil talk contribs created page File:Coupled nonlinear oscillators.txt (## What is covered in this notebook * Introduction The Fermi-Pasta-Ulam (FPU) model : * Review of verlet algorithm. * Application of verlet algorithm to n nonlinear differential equations. * Analysis of solutions: * Relative amplitude of solutions and concept of normal modes. * How to make a Fourier transform and analysis of spectrum. * Effects of nonlinearities in the differential equation (Ergodicity). * Animation of solution.)
• 09:01, 28 August 2023 Jalil talk contribs uploaded File:Coupled nonlinear oscillators.txt (## What is covered in this notebook * Introduction The Fermi-Pasta-Ulam (FPU) model : * Review of verlet algorithm. * Application of verlet algorithm to n nonlinear differential equations. * Analysis of solutions: * Relative amplitude of solutions and concept of normal modes. * How to make a Fourier transform and analysis of spectrum. * Effects of nonlinearities in the differential equation (Ergodicity). * Animation of solution.)
• 08:51, 28 August 2023 Jalil talk contribs created page File:Introduction to differential equations.txt (## What is covered in this notebook * Introduction to differential equations * Numerical methods to solve differential equations: * Euler's method * Euler-Cromers Method * Mid point method * Verlet method * Examples of applications: * Newton's Law of Cooling * Radioactive decay * Projectile moetion * Free fall problem * Pendulum problem * Concepts of local and global error)
• 08:51, 28 August 2023 Jalil talk contribs uploaded File:Introduction to differential equations.txt (## What is covered in this notebook * Introduction to differential equations * Numerical methods to solve differential equations: * Euler's method * Euler-Cromers Method * Mid point method * Verlet method * Examples of applications: * Newton's Law of Cooling * Radioactive decay * Projectile moetion * Free fall problem * Pendulum problem * Concepts of local and global error)
• 08:08, 28 August 2023 Jalil talk contribs created page File:Skyrmion simulation.txt (## What is covered in this notebook * Introduction to the Skyrmions: * Chirality, spin orbit coupling and Dzyaloshinskii-Moriya behind the creation of an skyrmion. * How to classify an Skyrmion, winding number and helicity * Simulating an Skyrmion. * Introduction to Skyrmion Dynamics: * Simulation of the dynmics of an skyrmion under STT. * Interaction between Skyrmions under applied magnetic field)
• 08:08, 28 August 2023 Jalil talk contribs uploaded File:Skyrmion simulation.txt (## What is covered in this notebook * Introduction to the Skyrmions: * Chirality, spin orbit coupling and Dzyaloshinskii-Moriya behind the creation of an skyrmion. * How to classify an Skyrmion, winding number and helicity * Simulating an Skyrmion. * Introduction to Skyrmion Dynamics: * Simulation of the dynmics of an skyrmion under STT. * Interaction between Skyrmions under applied magnetic field)