Discovering New Worlds with sCMOS Cameras

Lead Research Organisation: University of Warwick
Department Name: Physics

Abstract

We aim to very precisely measure the light from distance stars using a state-of-the-art digital camera and telescope. These measurements will be so sensitive that we can detect if an orbiting planet happens to pass in front of the star - an event we call a "transit". Detecting these transits allows us not only to discover other worlds, but also to measure the radius and orbital periods of these worlds. In this project we will be using a camera that uses a new technology called a sCMOS detector. This is similar to the detector in your mobile phone camera, but it must be much more sensitive and precise in order to detect transits of exoplanets around stars. This project will pave the way for more efficient and cheaper astronomical imaging than is currently available with existing detectors.

Publications

10 25 50
 
Description Various technical aspects of the CMOS camera have been measured in the lab. These findings are being written up in a paper to be submitted for publication.
Exploitation Route Various technical aspects of the CMOS camera have been measured in the lab. These findings are being written up in a paper to be submitted for publication.
Sectors Electronics

 
Description Technical findings related to the camera has led to an improvement in the on-board image processing of the camera.
First Year Of Impact 2023
Sector Electronics
Impact Types Economic