Session
Weekday Poster Session 4
Location
Utah State University, Logan, UT
Abstract
We are developing a unique one-chip microscopic observation device called Micro Imaging Device (MID) using semiconductor technology. MID does not require optical lenses, and directly detects the object of observation placed on a semiconductor sensor chip with densely arranged photodiodes. MID is a lightweight and compact digital control device, and has a high availability with lab automation for research that requires microscopic observation. This time, we have developed a Raspberry Pi-driven MID board specialized for use in lab automation. Raspberry Pi is a single-board computer used not only in electronics but also space missions, and the MID board we developed functions as a camera module for Raspberry Pi, making it possible to capture still images, videos, and time lapse according to the user's needs. Furthermore, by using these as a core unit to control various electronic devices it has become possible to build a compact automated experimental unit. Currently, we are working on a space bio experiment service (Micro Bio Space LAB, MBS-LAB) to be installed on a satellite payload.
Advancements in Microscopic Observation Technology for Space Bio-Experiments
Utah State University, Logan, UT
We are developing a unique one-chip microscopic observation device called Micro Imaging Device (MID) using semiconductor technology. MID does not require optical lenses, and directly detects the object of observation placed on a semiconductor sensor chip with densely arranged photodiodes. MID is a lightweight and compact digital control device, and has a high availability with lab automation for research that requires microscopic observation. This time, we have developed a Raspberry Pi-driven MID board specialized for use in lab automation. Raspberry Pi is a single-board computer used not only in electronics but also space missions, and the MID board we developed functions as a camera module for Raspberry Pi, making it possible to capture still images, videos, and time lapse according to the user's needs. Furthermore, by using these as a core unit to control various electronic devices it has become possible to build a compact automated experimental unit. Currently, we are working on a space bio experiment service (Micro Bio Space LAB, MBS-LAB) to be installed on a satellite payload.
