Biobeam

Biobeam performs wave-optical simulations of light-sheet microscopy systems using multiplexed GPU-accelerated point-spread-function calculations to model optical image formation.

Key Features:

• Multiplexed Point-Spread-Function Calculations: Performs large-scale PSF calculations ranging from 105 to 106 operations for accurate simulation of light-sheet microscopy imaging.
• GPU-Accelerated Computation: Utilizes GPU acceleration to efficiently execute computationally intensive wave-optical simulations.
• Wave-Optical Image Formation Modeling: Simulates optical phenomena in light-sheet microscopy including spatially varying aberrations, diffraction artifacts, and geometric distortions.
• Adaptive Optics Simulation: Supports simulation of adaptive optics systems to evaluate correction of optical aberrations.
• Emergent Wave-Optical Phenomena Modeling: Simulates complex wave-optical interactions arising during image formation in light-sheet microscopy systems.

Scientific Applications:

• Light-Sheet Microscope Design Optimization: Enables computational evaluation of optical configurations to predict and mitigate image degradation in microscope systems.
• Microscopy Image Quality Analysis: Supports analysis of aberrations and optical artifacts affecting image resolution and clarity.
• Wave-Optical Phenomena Investigation: Facilitates study of diffraction, aberration, and optical interaction effects in advanced microscopy systems.

Methodology:

Biobeam simulates light-sheet microscopy image formation through multiplexed point-spread-function calculations implemented with GPU acceleration and wave-optical modeling of optical aberrations, diffraction effects, and adaptive optics corrections.