Mike Louie Enriquez
Papers
3
Total Citations
24
H-Index
3
About
Mike Louie Enriquez is a pioneering researcher at the intersection of space agriculture, plant-based computing, and geophysical robotics. His work redefines how biological systems can be engineered for extraterrestrial survival and computational logic. Enriquez’s most influential paper, “A Look at the Near Future: Industry 5.0 Boosts the Potential of Sustainable Space Agriculture” (17 citations), lays a visionary foundation for colonizing Mars by addressing astronauts’ metabolic needs—oxygen, water, and food—through sustainable, technology-driven farming. He further pushes boundaries with “Negative Halotropism Expressed by 3-input-3-output Tomato Root Arithmetic-Logic Gate” (4 citations), where he demonstrates that tomato roots can function as biological logic gates, processing environmental stimuli to perform asynchronous computations—a breakthrough for bio-inspired computing in unpredictable soil systems. In applied robotics, Enriquez enhances subsurface surveying with “Robotic simulation and GPS position estimation of a towed CRI equipment using Savitzky-Golay filter” (3 citations), improving the accuracy of Capacitive Resistivity Imaging for geological mapping. His interdisciplinary approach—merging astrobiology, plant neurobiology, and precision geophysics—marks him as a bold innovator shaping the future of sustainable space exploration and intelligent, living technologies.
Research Focus
Key Achievements
Top Papers
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