Quantum-Powered Rorschach Visualization Tool

This interactive platform combines AI and quantum computing to create a dynamic, 3D visualization that functions like a modern Rorschach test. Users can look at a complex abstract shape — for example, a spaceship — from any angle on their device, and their perception is analyzed to provide psychological insights.

How It Works

• The user views the 3D shape (spaceship/abstract form) on a phone, tablet, or desktop.
• Depending on the angle and perspective, different interpretations emerge (e.g., sandy beaches, mountains, animals, etc.).
• AI analyzes the user’s description and interaction patterns to generate positive or negative psychological indicators.
• Results are compiled into a report that can be used by clinicians, researchers, or for personal insight.

Use Cases for Hospitals and Clinics

• Supplement traditional assessments with interactive, gamified cognitive tests.
• Gain insights into patient perception, emotional response, and cognitive flexibility.
• Use data for longitudinal studies or clinical research on mental health patterns.
• Integrate with digital health records for tracking progress over time.

Investor Overview

Building this platform requires investment in:

• High-performance AI models for interpreting visual perception.
• Quantum computing resources for rapid pattern recognition across multiple users.
• Secure cloud infrastructure to handle sensitive psychological data.
• Responsive front-end design for interactive visualization on mobile and desktop devices.

Estimated development and deployment costs: $2M–$5M, depending on scale, user load, and quantum compute resources.

Explore the Tool

Interested parties can view the interactive explainer and test the visualization here. The demo shows how perspective changes the perception and how the system generates positive or negative indicators.