Dennis and I were watching The Today Show, and realized that the staff didn’t know the mic was still hot. We caught this gem this morning.
Here’s some previous hilarity on the show.
Posted by Dennis Bonilla and Tate Srey.
The Today Show Goes Crazy, Al Roker Babbling
Industrial Light and Magic Gives Us a View Behind the Magic of The Avengers
Liked The Avengers? We did too. Behind every amazing movie are amazing people. Check out how heroes are made.
Directors Spielberg and Lucas Predict ‘Massive Implosion’ in Film Industry
Yesterday on June 13, 2013, The Verge’s Brian Bishop published a story with the provocative headline “Steven Spielberg and George Lucas predict ‘massive implosion’ in film industry”. The article covers a panel discussion held at the University of Southern California by directors George Lucas and Steven Speilberg and Microsoft’s President of Interactive Entertainment Don Mattrick. Quickly, their predictions include $50-100 trips to high-end movie theaters, diversification of content on television, and an indie emphasis on publishing content directly to the internet first. Similar concepts were echoed in our interview with director Amanda Bluglass. We recommend reading The Verge article.
Y.A.L.A. by M.I.A. is the song in the 2014 Nissan Rogue San Francisco Commercial
Are you asking yourself what is the song on the Nissan Rogue Commercial that takes place in San Francisco? We’ve got the answer for you.
The Tripped Out Music Video for Ilium by Alex Metric Stars the Space Shuttle and Astronauts
Yes, sometimes I get to design stuff for NASA. Yes, I’m a space geek. No, I didn’t realize that the video for Alex Metric‘s Ilium was going to be so awesome.
Elon Musk’s Mission to Mars
Visionary Elon Musk enjoys a question and answer session with Wired’s Chris Anderson.
Two Satellites Collided Over Siberia in 2009
Debris from the collision between Iridium 33 (green) and Cosmos 2251 (red) spread very quickly. These images show that within a few hours of the collision, the evolution of a debris cloud was already apparent along the orbital planes of both satellites.
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