Laser Fourier Adaptive Method (LaserFOAM)
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Description: Simulates the propagation of ultrashort laser pulses in photonic crystal fibers using an adaptive split-step Fourier method (free, python).
LaserFOAM - Laser pulse propagation using a Fourier Adaptive Method ethod) performs 1D simulations of laser pulses to solve the generalized nonlinear Schrödinger equation (sometimes called Nonlinear Envelope Equation - NEE), provinding a graphical environment to run and visualize the results. Its main goal is to simulate the propagation of ultrashort laser pulses (in the nonlinear regime) in photonic crystal fibers (PCFs). It's free open source software (FOSS), available under the
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WEBSITE Info
| Page title: | LaserFOAM - Laser pulse propagation using a Fourier Adaptive Method |
| Keywords: | laserfoam, split-step, nonlinear Schrödinger equation, nls, photonic crystal fibers, pcf, MOF |
| Description: | |
| IP-address: | 216.34.181.96 |
WHOIS Info
| NS | Name Server: NS1.P03.DYNECT.NET Name Server: NS2.P03.DYNECT.NET Name Server: NS3.P03.DYNECT.NET Name Server: NS4.P03.DYNECT.NET |
| WHOIS | Status: clientTransferProhibited Status: clientUpdateProhibited |
| Date | Creation Date: 08-aug-1999 Expiration Date: 08-aug-2015 |