Dantowitz has been fascinated with the stars since childhood. Getting a telescope at age 13 began his obsession to see and record the sharpest lunar and planetary features possible. His quest for sharp images continues to this day, 25 years after having taken his first astrophoto.
He designed the Clay Center Observatory, which was completed in 2002. The observatory’s research-grade, 0.64-m telescope is the largest-aperture publicly accessible astronomical instrument in the Boston area. His primary interests are astronomy education and developing techniques for ultra-high-resolution telescopic imaging. For example, Dantowitz led the team that provided the high-resolution video seen worldwide in 2004 by more than 1 billion people when Space Ship One made its historic flights into space to claim the X Prize.
In 1988, after receiving a degree in aeronautical engineering degree and completing a year of work at NASA, Dantowitz took a position at the Charles Hayden Planetarium at the Boston Museum of Science. It was at the Museum’s Gilliland Observatory where Dantowitz began developing techniques for high resolution astronomical imaging using video. The techniques he uses and the images he has achieved have been published in scientific journals, magazines, astronomy textbooks, encyclopedias, newspapers, and television programs. His special interest is in imaging orbiting satellites at high resolution through the telescope, although the video techniques he uses also work well on “conventional” solar system targets. Ron’s efforts have produced some of the sharpest ground-based optical images of the moon and planets to date, with resolutions approaching 0.1 arcsecond.
Dantowitz’s goal is to encourage both amateurs and professionals to use video as a serious imaging tool. To this end, he has tested video cameras on telescopes ranging from 10 cm to 2.5 m in aperture. In the May 2000 Astronomical Journal, Dantowitz published a peer-reviewed paper with the world’s first high-resolution images of Mercury, showing impacts and maria on the planet’s “unseen” hemisphere recorded with an inexpensive off-the-shelf video camera.
After earning a series of degrees at MIT, Dr. Wittels began a four-decade-long career as an instructor at the high-school, undergraduate, and graduate levels. He was a member of the engineering faculty at Worcester Polytechnic Institute for 15 years, and afterward he taught physics, engineering, mathematics, and computer science at several high schools before joining the faculty here in 2010.
Dr. Wittels spearheaded the introduction of engineering classes at Dexter Southfield, and he works with teachers at all grade levels to incorporate technology into student projects. Fascinated with all things astronomical from a young age, he now assists with many of the astronomy-related outreach activities hosted by the Clay Center.