• Simphotek Inc

    211 Warren St, Suite 202
    Newark, NJ 07103-3568
    United States
    973-621-2340

    More Info on Simphotek Inc

    Global leader in the simulation of laser-material interactions, with strong expertise in nonlinear materials. A team of photonics experts can optimize its versatile SimphoSOFT simulation platform to model your applications.

    Articles

    FIGURE 1. A schematic of a scanning two-photon microscope shows excitation by infrared laser pulses and collection of the resulting visible fluorescence or phosphorescence.
    Software modeling shows that fiber lasers can be used for two-photon scanning microscopy, reducing the cost of the technique by at least an order of magnitude.
    Courtesy of École Polytechnique, Ph. Lavialle
    FIGURE 1. An LED emitting light under forward bias in an ultrahigh-vacuum chamber shows simultaneous electron-emission energy, revealing that Auger recombination is behind efficiency droop in GaN-based LEDs.
    Senior editor John Wallace once again names his top picks for the 20 most interesting photonics technology developments covered by Laser Focus World in 2013.
    FIGURE 1. Screenshots and simulation results from SimphoSOFT v.3 include results from simulations shown in (g) and (h). The software can quickly examine and explain the relationship between the gain, material length, and pump-laser incident power to efficiently calculate the tradeoffs involved. (g) shows the gain as a function of material length for three incident powers: 4, 6, and 8 mJ. The behavior of the gain curves can be understood from the software's calculations of the electron-population density.
    Many advances in optics and optoelectronics are made possible by novel algorithms used to calculate electromagnetic interactions and light propagation in materials. Some of these...
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    To reduce multimillion dollar investments in equipment, facilities, and labor costs, it is necessary to advance and invent new computational algorithms with enhanced flexibility...
    Software simulates laser-based phosphorescence and fluorescence for flow cytometry
    Researchers have developed a simulation tool that uncovers hidden mechanisms of potential false readings in flow cytometry.

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