FreePATHS
  • FreePATHS
  • References and credits
  • Getting started
    • Installation
    • Usage
    • Input file creation
  • Theory
    • Algorithm
    • Thermal conductivity
    • Other equations
  • Basic tutorials
    • Nanowire
    • Phononic crystal
    • Parabolic lens
    • Thermal gradients
    • Scattering map
    • Animations
  • Advanced Tutorials
    • Parametric sweep
    • Creating new hole shapes (the easy way)
    • Adding your own hole shapes (the advanced way)
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References and credits

Last updated 1 year ago

The code is being developed by , Philipp Gassmann, and other contributors in at the University of Tokyo since 2018. If you would like to use this code for your research, consider citing the papers below, if it is appropriate. If you need certain feature to be implemented for your research, we can consider a collaboration.

References

  • Anufriev et al.

  • Singh et al.

  • Anufriev et al.

  • Huang et al.

  • Anufriev et al.

  • Anufriev et al.

Acknowledgments

Development of this code was funded by the following grants:

  • PRESTO JST (No. JPMJPR19I1)

  • CREST JST (No. JPMJCR19Q3)

  • Kakenhi (15H05869, 15K13270, and 18K14078)

  • Postdoctoral Fellowship program of Japan Society for the Promotion of Science.

Disclaimer

The code is still in development and provided as is. It likely contains bugs or might be inappropriate for your research. It is your responsibility to understand the underlying physics, test the code, and verify that all the equations and the code are correct and suitable for your use case.

Roman Anufriev
Nomura lab
Applied Physics Letters 124, 022202 (2024)
Applied Physics Letters, 122, 092203 (2023)
Materials Today Physics 15, 100272 (2021)
ACS Applied Materials & Interfaces 12, 25478 (2020)
Nanoscale, 11, 13407-13414 (2019)
ACS Nano 12, 11928 (2018)