View allAll Photos Tagged physics
I designed and 3D Printed a Schrodinger's Cat and Box for my husband for Valentine's Day.
They can all be printed at Shapeways
Schrodinger's Cat and Box
Just Cat
Just Box
Description: Michael Andrianarijaona and Kite Kim inside of Oak Ridge National Laboratory in Tennessee.
Date: April 11, 2017
Item: PUC.PIC.Phys&Eng_
Photograph from Pacific Union College Archives & Special Collections photographs, filed under Department of Physics & Engineering.
A black and white photo of Wilson Hall, Fermilab's administrative and office building. The building is named after the lab's first director, Robert Rathbun Wilson - also the building's designer. Wilson Hall was based off of St. Pierre's Cathedral in Beauvais, France,
Set Description: For fun, myself and a group of friends took a grade-school like field trip of Fermilab, the nation's biggest particle physics laboratory and home of the Tevatron particle accelerator. Here are some photos.
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A photo of a photo I stumbled across randomly. It was hanging on a Physics Department bulletin board during my recent visit to Grinnell's Noyce Science Building. (A close friend of mine is in the photo!)
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Description: Josh Tobar describes his research titled, "Simple Pythagorean Interpretation of E^2 = (pc)^2 + (mc^2)^2" at the March 2015 meeting of the American Physical Society.
Date: 2015
Item: PUC.PIC.Phys&Eng_
Photograph from Pacific Union College Archives & Special Collections photographs, filed under Department of Physics & Engineering.
SLP Lab is building a 'cannon' that can operate according to two alternative physical descriptions: Newton’s Theory and the medieval Buridan's Impulse Theory. Simulating cannonballs that respect Newton’s laws was not very difficult because physical objects, as explained above, are automatically affected by gravity and collisions with other objects. Simulating cannonballs respecting Buridan’s Impetus Theory, however, was a completely different task. According to this theory, as seen above, the initial and final periods of the trajectory of a projectile should be straight lines but physical objects, being subject to gravity, usually perform parabolic trajectories, as discussed before. It was, therefore, imperative to counterbalance gravity. Initially that was first tried by setting a compensatory 9.8*mass force upwards to the cannonballs as soon as they are rezzed. However, the Havok physics engine takes a few tenths of second to become active what will allow the ball fall a distance to the ground in the meantime.