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A new prediction tool developed by MIT engineers may give sailors a 2-3 minute warning of an incoming rogue wave, providing them with enough time to shut down essential operations on a ship or offshore platform.
After a decades-long quest, The MIT-Caltech collaboration LIGO Laboratories has detected gravitational waves, opening a new era in our exploration of the universe.Read more: http://news.mit.edu/2016/ligo-first-d...Produced by MIT Video Productions and MIT News OfficeProducer/Editor: Bill ...
SummaryThis video examines a set of physical situations (car crashes and figure skating) and describes elements of them in terms of Newton's Laws. Each law is examined in a separate "chapter" of the video, with replays and voice-overs emphasizing particular points. Learning ObjectivesAfter ...
Description: In this lecture, the professor talked about "The Schrodinger Equation", "Stationary Solutions", etc. Instructor: Barton ZwiebachLearn more: http://ocw.mit.edu/courses/physics/8-05-quantum-physics-ii-fall-2013/
It's not just movie magic - invisibility cloaks could be feasible, just by manipulating the crazy ways that light bounces, bends, and mixes! Prashanth and Maria take you behind the physics of light and how an invisible cloak could theoretically work. ---------- Awesome MIT videos on crazy ways ...
Light waves can be defined by three fundamental characteristics: their color (or wavelength), polarization, and direction.
Flying kites is a popular hobby in Malaysia and very much part of the culture. With fun animations, this lesson looks at kite flying science to introduce basic ideas related to the dynamics of kite flying.
What is circular motion, and how does it work? Learn the math behind it!
This video includes an introduction to the concept of the vector, a brief review of vector properties, an exploration of vector properties using physical intuition based on displacements, and more.
The objective of this lesson is to illustrate how a common everyday experience (such as playing pool) can often provide a learning moment.
In this session, we extend the solution of the motion of oscillators with one degree of freedom without damping to the case where damping can no longer be ignored.
A computer simulation of the molecular stucture of a metal alloy, showing the boundaries between microcystalline grains (white lines forming hexagons), shows a small crack (dark horizontal bar just right of bottom center) that mends itself as the metal is put under stress. This simulation was ...
Researchers at MIT explain what exactly an exoplanet or extrasolar planet is, why we study them, and how they can be detected.
A double cone is placed on the bars of an inclined plane. Instead of rolling down the plane the cone rolls up. Although the plane slants upward, the bars diverge so that the rotational axis of the cone, which passes through the center of mass, actually moves downward.
A 100uF capacitor is charged to 3kV (450 joules) and then discharged through a thin iron wire, causing it to explode.
A small amount of water is placed inside an airtight copper tube, with the end sealed by a rubber stopper. The tube is heated using a blowtorch, causing the water inside to boil. As the water changes from a liquid to a gas the pressure inside the tube increases. Eventually the pressure blows ...
This computer simulation shows a cross-section of the plasma inside a tokamak reactor. In this simulation, only the large-scale turbulence effects are modeled — which is adequate for some cases
An interesting feature on the MIT Professor Emeritus of Physics by LaInformacion.com.
Why is the ant mightier than an elephant?
A DC current is sent around a wire loop that is free to rotate. The current causes the loop to feel a torque in the presence of a magnetic field. Switching the current when the loop flips over allows it to continue accelerating, demonstrating the principle of a DC motor and the Lorentz force ...