We innovate across diverse fields, including the defense industry, alternative transportation, and creative art machines, blending advanced technology with sustainability and imagination. Our work also explores groundbreaking physics and mathematical theories, driving progress and solving complex problems. With a focus on innovation and impact, we aim to shape the future across science, technology, and art.
Get StartedWe specialize in groundbreaking innovations across the defense industry, alternative transportation, and creative art technologies, merging cutting-edge solutions with sustainability and creativity. Our research also delves into advanced physics and mathematical theories, paving the way for progress and transformative breakthroughs.
This project was developed to explore the relationship between P (geometric problems) and NP (problems with complex solution verification). By analyzing the intersection points of circles defined by user-provided coordinates, it visualizes the complexity of solutions. Euclidean distance and circle intersection calculations represent NP-like problems through a geometric approach. The intersection points of the circles form the basis for understanding the solution space and its complexity. This project aims to provide an intuitive model for the P vs NP problem, offering a fresh perspective for algorithm analysis.
Visualizing Complexity: Bridging Geometry and NP Problems.
From Circles to Solutions: A Geometric Approach to P vs NP.
Unraveling Complexity, One Intersection at a Time.
Read MoreAlternative Transportation
Alternative Art Machines
Physics Theories
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