Photonicsishardeasytoreproduce.
Making photonic simulations traceable, transparent, and fast.
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How Does it Work?
$ - File Read: binary_grating_hyperparameter_sweep.ipynb- File Processed successfully✔ Backup Created: binary_grating_hyperparameter_sweep_backup.ipynb✔ File Updated: binary_grating_hyperparameter_sweep.ipynb[optixlog] Process initialized project: binary_grating_sweep[optixlog] Master process initialized run: run_abc123xyz- Executing simulation: step 0/100- Logging metrics: transmission=0.85, reflection=0.12- Executing simulation: step 50/100- Logging metrics: transmission=0.92, reflection=0.08✔ File uploaded: field_plot.png✔ Simulation completed successfully View run at: https://optixlog.com/binary_grating_sweep/runs/run_abc123xyzWhat do we do?
Experiment #4521 logged
12:34:21
Wavelength: 532nm recorded
12:34:19
Power output: 2.5mW
12:34:15
Photonics Logging
Real-time experiment logging with automatic timestamping and data capture.
Calibrate laser diode
Measure beam profile
Test polarization
Task Management
Track photonics experiments and checkoff completed measurements.
Exp. A
Exp. B
Comparative Analytics
Compare results across multiple photonics experiments with visual graphs.
3 researchers collaborating
Analyzing quantum efficiency results
Updating experimental parameters
Adding measurement notes
Tanmay Gupta
Misha Misheschkin
Team Collaboration
Share experiments and collaborate with your research team in real-time.
Enterprise Protected
Local storage + E2E encryption
Data Protection
Enterprise data stays local. Others benefit from end-to-end encryption.