1000 Things You Didn’t Know About the Universe #3: It’s Mostly Made of Nothing

Welcome to a new series of posts that will characterize 1000 amazing facts about the Universe.  There is so much out there that we have yet to learn, and every day, astronomers across the globe are using their research to reveal the deepest secrets of the cosmos.  This series will look at the strangest, coolest, most exciting facts that we have discovered in hundreds of years of modern science. Fact #3: The Universe is made of a ridiculous amount of nothing. What is everything made of? The answer will change depending on how much education you have.  For most of...

Leap Second: Why June 30th, 2015 Will be a Long Day

I presume that you know what a leap year is.  A year is the amount of time the Earth takes to orbit the Sun, and is measured as 365 days, or 365 rotations of Earth.  It is, in reality, a little bit longer.  Each orbit of the Sun takes 365.25 days, or 365 days and six hours.  So what do we do with that six hours? We ignore it for 3 years.  On the fourth year we add up those extra hours and we get 24 hours, an extra day! So we add in February 29th every four years. This...

Lots of News but Pluto Always Wins

Today is a busy day in the world of astronomy and space news. The US Air Force has approved SpaceX for military launches, ending a ten year monopoly by Boeing and Lockheed-Martin.  A black hole jet moving at nearly the speed of light is having traffic issues, resulting in knots of jet material rear-ending each other. An experiment in Quantum Mechanics has shown that reality simply doesn’t exist until we measure it.  Finally, the Gemini planet imager has found a bright, disk-shaped ring of dust around the star HD 115600, which is being likened to the Kuiper Belt in the...

A Theory of Everything? Mixing Quantum Mechanics and Relativity

The biggest problem in theoretical physics today is the marriage between Quantum Mechanics and Gravity.  Throw in the fact that whatever theory comes out of it has to additionally be able to explain Dark Matter and Dark Energy, and we have ourselves a massive problem to solve.  How do we reconcile the seemingly random probabilistic nature of quantum mechanics with the smooth, pliable space-time of General Relativity.  We have two incredible theories that explain the Universe, make predictions accurately, and have led to amazing advances in technology and understanding, yet they completely disagree with each other at common scales. So...