Pharsighted
Pharsighted provides time-resolved, depth-of-field Particle Image Velocimetry (PIV) systems for analyzing full-field flow velocities in fluid dynamics research. The company's high-speed imaging technology captures transient events such as underwater shockwave expansion, cavitation bubble behavior, and the biomechanical impact of collapsing bubbles, as demonstrated in pistol shrimp strikes. Pharsighted also documents electrical arc emissions from Tesla coils, offering a versatile platform for studying rapid energy discharges in research and applied engineering settings.
- Hardware
- Aerospace
- Data & Analytics
- Defense Tech
- Industrial Automation
- Software Only
Funding
Founders
Founder details are not available yet.
Product
Problem
Researchers and engineers studying fluid dynamics, cavitation, and high-speed phenomena often lack accessible, high-resolution tools to capture transient events like underwater shockwaves or bubble collapse. Conventional imaging systems may not provide the temporal or depth-resolved accuracy needed to analyze these fast, complex processes in detail.
Solution
Pharsighted offers time-resolved, depth-of-field PIV systems that enable full-field flow velocity measurements and detailed analysis of cavitation bubble dynamics. Their technology captures high-speed events such as underwater shockwave expansion and the biomechanical impact of collapsing bubbles, as seen in pistol shrimp strikes. The company also documents electrical arc emissions from Tesla coils, providing a versatile platform for studying rapid energy discharges. By combining advanced imaging with precise timing, Pharsighted supports both fundamental research and applied engineering in fluid dynamics and related fields.
Target Audience
Primary customers are research institutions, university laboratories, and engineering firms specializing in fluid dynamics, biomechanics, and high-speed physical phenomena.
Features
- Time-resolved depth-of-field PIV for full-field flow velocity analysis
- High-speed imaging of underwater shockwave expansion and cavitation bubble behavior
- Biomechanical analysis of cavitation-induced forces, including pistol shrimp predation
- Capability to capture and document electrical arc emissions from Tesla coil generation