Papers
3
Total Citations
31
H-Index
2
About
Shane Jacobson is an instrumental figure in the development and commissioning of advanced astronomical instrumentation, specializing in adaptive optics and high-resolution imaging systems. His primary research focuses on designing, aligning, and deploying cutting-edge optical and near-infrared imagers for robotic telescopes, significantly enhancing our ability to observe the universe with exceptional clarity. Jacobson’s major contributions include his pivotal role in the Wendelstein three channel imager (3KK), a sophisticated multi-channel instrument for the 2m-class Fraunhofer Telescope at Mt. Wendelstein. His work on the 3KK’s alignment and commissioning—documented in his most-cited paper (20 citations)—enabled the telescope to achieve its superb sub-0.8 arcsecond median seeing, delivering diffraction-limited observations. Additionally, Jacobson has been central to the Robo-AO-2 facility, a next-generation automated laser adaptive optics system installed on the University of Hawaii 2.2-m telescope. This system, capable of robotic, high-speed visible and near-infrared imaging, promises to revolutionize time-domain astrophysics by producing unprecedented numbers of diffraction-limited images. With a career marked by technical innovation and hands-on engineering, Jacobson’s work directly empowers astronomers to probe stellar populations, exoplanets, and transient phenomena with remarkable precision.
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