Kenichiro Tanaka
Papers
2
Total Citations
42
H-Index
2
About
Kenichiro Tanaka is a researcher forging a unique path at the intersection of digital fabrication and space exploration. His work is defined by two seemingly disparate but equally innovative areas: securing physical objects through 3D printing and probing the hazards of deep space radiation. In his most cited work, "Blind Watermarking for 3-D Printed Objects by Locally Modifying Layer Thickness" (2019, 39 citations), Tanaka introduced a novel, non-destructive method for embedding hidden data directly into FDM-printed objects. By subtly altering the thickness of printed layers, his technique enables applications ranging from anti-counterfeiting and metadata embedding to aiding robotic grasping and forensic analysis—a clever fusion of manufacturing and cybersecurity. Simultaneously, Tanaka is contributing to humanity’s return beyond Low Earth Orbit. As a co-author of "The Deep Space Radiation Probe" (2024), he is involved in developing a first-generation lunar science payload. This project addresses the critical challenge of characterizing radiation in cislunar and deep space environments, essential for safeguarding both astronauts and electronics on future missions. This dual focus—from the microscopic precision of a 3D printer’s nozzle to the vast, hostile expanse of space—highlights Tanaka’s versatility and his commitment to solving tangible problems across scales, from everyday objects to humanity’s next giant leap.
Research Focus
Key Achievements
Top Papers
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