I would like to share with you Quantum Cloud, (https://qc.slashdev.team/) dash-powered, online quantum nanostructure simulator, I have created with cooperation with physicists from Wroclaw University of Technology. Walk through: https://www.youtube.com/watch?v=1aERmCGMurQ
Frontend is written completely in dash-plotly and applies some advanced features of dash like background callbacks, coupled with self-made features like serialization of app to json or dynamic layouts.
Backend contains a computational engine for quantum physics and utilizes celery to offload dash with expensive calculations.
I would be happy to hear your opinions
If you are interested in technical details of implementation, I have also created Dash Crush Dash Crush Archives - /dev a tutorial, describing techniques I used to create Quantum Cloud.
Thx for sharing … and thx further for the youtube video → very much appreciated to provide visual summary … and yet further for the tutorial wrt dash ‘crush’.
InGaAs is a compound of indium arsenide and gallium arsenide. Indium and galium are group III elements, Arsenide is group V. Making all three materials so-called III-V compounds, which are used in power electronics and photonics. The simple quantum well (as seen in the video) is used to teach students how the deposition of materials and layer thickness affects the properties.
In the more advanced version, scientists simulate the properties of a semiconductor device before building it which is a costly and time-consuming process. The state-of-the-art is QCL (Quantum Cascade Laser) with several layers of different materials.
The ready-made devices have broad applications from power transistors to effectively switch power lines to QCLs in military and medical applications.
