Tom Maccarone, a Presidential Research Excellence Professor in Physics & Astronomy, is available to discuss the science and history behind Feb. 29.
Just a reminder, February has 29 days this year.
Have you ever wondered why we have an extra day once every four years or how that came to be?
Maccarone earned his bachelor's degree in physics from the California Institute of Technology and his master's degree and doctorate in astronomy from Yale University. His research interests include population studies of X-ray binaries and globular cluster black holes, understanding accretion in black hole and neutron star X-ray binary systems, and stellar mass and supermassive black holes. Maccarone led the discovery of the first globular cluster black hole X-ray binary; the discovery of an isolated young stellar object, CX330; and the discovery of new sources of supersoft X-ray emission.
Tom Maccarone, Presidential Research Excellence Professor, (806) 742-3778 or firstname.lastname@example.org
- Why do we have leap years?
- Leap years aren't exactly every four years like everyone thinks they are.
- Getting the calendar right was first considered important in determining the correct date for Easter, so Pope Gregory put forth calendar reforms in 1582. Great Britain and its colonies didn't adopt the new calendar until 1752, which throws into uncertainty the exact date of another February remembrance: Washington's birthday, which we now celebrate as Presidents' Day.
- February's Astronight will focus on the history of leap years and why astronomers are the world's timekeepers.
The event begins at 8 p.m. Friday (Feb. 28) and features a short, general-audience
talk followed by physics and astronomy activities for all ages and telescope viewing
(weather permitting) until 10 p.m.
- The talk will be held in the Science building, room 007.
- Activities are in the first-floor laboratories.
- Telescope viewing is on the south side of the building.
- Parking is available in lots R07, R08 and the Engineering Key beginning at 7:30 p.m.