Plotivy for Photonics Research

Accelerate your photonics research with AI-powered visualization. From laser characterization to photonic crystal analysis.

Common Challenges in Photonics Data Visualization

Complex Spectral Data

Laser spectra, transmission/reflection measurements, and optical characterization generate complex datasets requiring precise visualization and peak fitting.

Time-Consuming Analysis

Manual processing of interferometry data, mode analysis, and dispersion measurements takes hours away from actual research.

Publication Standards

Photonics journals require high-quality figures with specific formatting, proper wavelength units, and clear annotations.

How Plotivy Helps Photonics Researchers

Laser Spectrum Analysis

Quickly analyze laser emission spectra with automatic peak detection, Gaussian/Lorentzian fitting, FWHM calculation, and center wavelength determination. Perfect for laser characterization and quality control.

"Plot laser intensity vs wavelength with Gaussian fit, mark FWHM and center wavelength at 1550nm"

Key Features:

  • ✓ Automatic peak fitting (Gaussian, Lorentzian, Voigt)
  • ✓ FWHM and spectral width calculations
  • ✓ Multi-peak deconvolution
  • ✓ Publication-ready spectral plots

Capabilities:

  • ✓ 2D FFT for pattern analysis
  • ✓ Lattice constant extraction
  • ✓ Bandgap visualization
  • ✓ SEM image analysis integration

Photonic Crystal Characterization

Analyze periodic nanostructures with FFT analysis, measure lattice constants from SEM images, and visualize bandgap structures. Essential for metamaterials and nanophotonics research.

"Perform FFT on SEM image, identify dominant frequencies, calculate lattice spacing"

Waveguide Loss Measurements

Visualize propagation loss, insertion loss, and coupling efficiency measurements. Automatic fitting for exponential decay and loss coefficient extraction in dB/cm.

"Plot transmission vs propagation length, fit exponential decay, show loss in dB/cm"

Analysis Tools:

  • ✓ Exponential decay fitting
  • ✓ Loss coefficient calculation
  • ✓ dB scale conversions
  • ✓ Uncertainty quantification

Example Photonics Datasets

Laser Spectrum

1550nm DFB laser emission with Gaussian fit

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Transmission Spectrum

Ring resonator with quality factor analysis

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Interference Pattern

Double-slit fringe intensity with wave analysis

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Ready to Accelerate Your Photonics Research?

Join photonics researchers worldwide using Plotivy for faster, better data visualization.

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