Green Hornet outtakes, clap-board/slate takes
Here is a series of outtakes from the 1966-67 series "The Green Hornet" starring Van Williams and Bruce Lee as Kato. These clips feature scenes involving the Black Beauty, a '66 Chrysler Imperial modified by Dean Jeffries.
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Added: September 17, 2009, 7:15 am
Time: 03:38 | Views: 274 |
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Bruce Lee Screen Test The Green Hornet
Bruce Lee Screen Test The Green Hornet The following is from Jeff Yang, "Bruce Lee," in Eastern Standard Time: A Guide to Asian Influence on American Culture, eds. Jeff Yang et al. (Boston/New York: Meridian/Houghton Mifflin, 1997), p. 95: "Lee was born November 27, 1940, the son of Lee Hoi Chuen, a well known comic actor and a member of the ensemble cast of the 99-episode Wong Fei Hong series that launched modern Hong Kong filmmaking. His mother, Grace, was a Shanghainese transplant who had been raised a Catholic, and was the daughter of a German father and a Chinese mother. The Lees frequently traveled abroad from their home in Hong Kong, going wherever Hoi Chuen's opera troupe was booked; Lee Jun Fan, the boy who would be given the English name of Bruce, was born on one of those trips overseas in San Francisco, California. Dr. Mary Glover, the supervising physician at his birth, gave him the English name Bruce. Later, Bruce's younger sister gave him a monicker that became the name by which he conquered Asia, and then the world — Siu Long, or 'Little Dragon.'"
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Added: September 17, 2009, 6:45 am
Time: 08:11 | Views: 221 |
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2 of 2. Quantum Physics for Dummies
http://www.encognitive.com Water Experiment While the result was different from the bullets, there is still nothing unusual about it; everyone has seen this effect when the waves from two stones that are dropped into a lake in different places overlap. The difference between this experiment and the previous one is easily explained by saying that while the bullets each went through only one slit, the waves each went through both slits and were thus able to interfere with themselves. Now try the experiment with electrons. Recall that electrons are negatively charged particles that make up the outer layers of the atom. Certainly they could only go through one slit at a time, so their pattern should look like that of the bullets, right? Let's find out. (NOTE: to actually perform this exact experiment would take detectors more advanced then any on earth at this time. However, the experiments have been done with neutron beams 9 and the results were the same as those presented here. A slightly different experiment was done to show that electrons would behave the same way 10. For reasons of familiarity, we speak of electrons here instead of neutrons.) Place an electron gun at the originating point and an electron detector in the detector place. First try opening only one slit, then just the other. The results are just like those of the bullets and the waves. Now open both slits. The result is just like the waves!11 Electron Experiment There must be some explanation. After all, an electron couldn't go through both slits. Instead of a continuous stream of electrons, let's turn the electron gun down so that at any one time only one electron is in the experiment. Now the electrons won't be able to cause trouble since there is no one else to interfere with. The result should now look like the bullets. But it doesn't! 12 It would seem that the electrons do go through both slits. This is indeed a strange occurrence; we should watch them ourselves to make sure that this is indeed what is happening. So, we put a light behind the wall so that we can see a flash from the slit that the electron went through, or a flash from both slits if it went through both. Try the experiment again. As each electron passes through, there is a flash in only one of the two slits. So they do only go through one slit! But something else has happened too: the result now looks like the result of the bullets experiment!! 13 Electron Experiment with Light Obviously the light is causing problems. Perhaps if we turned down the intensity of the light, we would be able to see them without disturbing them. When we try this, we notice first that the flashes we see are the same size. Also, some electrons now get by without being detected. 14 This is because light is not continuous but made up of particles called photons. Turning down the intensity only lowers the number of photons given out by the light source.15 The particles that flash in one slit or the other behave like the bullets, while those that go undetected behave like waves16. Well, we are not about to be outsmarted by an electron, so instead of lowering the intensity of the light, why don't we lower the frequency. The lower the frequency the less the electron will be disturbed, so we can finally see what is actually going on. Lower the frequency slightly and try the experiment again. We see the bullet curve 17. After lowering it for a while, we finally see a curve that looks somewhat like that of the waves! There is one problem, though. Lowering the frequency of light is the same as increasing it's wavelength 18, and by the time the frequency of the light is low enough to detect the wave pattern the wavelength is longer then the distance between the slits so we can no longer see which slit the electron went through 19. So have the electrons outsmarted us? Perhaps, but they have also taught us one of the most fundamental lessons in quantum physics - an observation is only valid in the context of the experiment in which it was performed 20. If you want to say that something behaves a certain way or even exists, you must give the context of this behavior or existence since in another context it may behave differently or not exist at all. We can't just say that an electron is a particle, since we have already seen proof that this is not always the case. We can only say that when we observe the electron in the two slit experiment it behaves like a particle. To see how it would behave under different conditions, we must perform a different experiment. http://library.thinkquest.org/3487/qp.html
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cells
molecules
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Added: July 11, 2009, 6:15 pm
Time: 09:19 | Views: 113 |
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Solvay Physics Conference 1927
http://www.FreeScienceLectures.com The most known people who participated in the conference were Ervin Schrodinger, Niels Bohr, Werner Heisenberg, Auguste Piccard, Paul Dirac, Max Born, Wolfgang Pauli, Louis de Broglie, Marie Curie, Hendrik Lorentz, Albert Einstein and others. The film opens with quick shots of Erwin Schrodinger and Niels Bohr. Auguste Piccard of the University of Brussels follows and then the camera re-focuses on Schrodinger and Bohr. Schrodinger who developed wave mechanics never agreed with Bohr on quantum mechanics. Solvay gave Heisenberg an opportunity to discuss his new uncertainty principle theory. Max Born's statistical interpretation of the wave function ended determinism in atomic world. These men - Bohr, Heisenberg, Kramers, Dirac and Born together with Born represent the founding fathers of quantum mechanics. Louis de Broglie wrote his dissertation on the wave nature of matter which Schrodinger used as basis for wave mechanics. Albert Einstein whose famous response to Born's statistical interpretation of wave function was "God does not play dice." Twenty-nine physicists, the main quantum theorists of the day, came together to discuss the topic "Electrons and Photons". Seventeen of the 29 attendees were or became Nobel Prize winners. Following is a "home movie" shot by Irving Langmuir, (the 1932 Nobel Prize winner in chemistry). It captures 2 minutes of an intermission in the proceedings. Twenty-one of the 29 attendees are on the film. --- It's Never too Late to Study: http://www.FreeScienceLectures.com --- Notice: This video is copyright by its respectful owners. The website address on the video does not mean anything. ---
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Added: July 11, 2009, 6:10 pm
Time: 02:55 | Views: 93 |
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Dr Quantum - quantum physics simplified!
Get a Free Report on how to make a fortune with the Law of Attraction here http://www.sgrseminar.co.uk/Freereport/offer.html
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secret
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beckwith
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phsics
Added: July 11, 2009, 5:45 pm
Time: 05:12 | Views: 110 |
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1 of 2. Quantum Physics for Dummies
http://www.encognitive.com What is Quantum Physics? Quantum physics is a branch of science that deals with discrete, indivisible units of energy called quanta as described by the Quantum Theory. There are five main ideas represented in Quantum Theory: 1. Energy is not continuous, but comes in small but discrete units. 1 2. The elementary particles behave both like particles and like waves. 2 3. The movement of these particles is inherently random. 3 4. It is physically impossible to know both the position and the momentum of a particle at the same time. The more precisely one is known, the less precise the measurement of the other is.4 5. The atomic world is nothing like the world we live in. 5 While at a glance this may seem like just another strange theory, it contains many clues as to the fundamental nature of the universe and is more important then even relativity in the grand scheme of things (if any one thing at that level could be said to be more important then anything else). Furthermore, it describes the nature of the universe as being much different then the world we see. As Niels Bohr said, "Anyone who is not shocked by quantum theory has not understood it." 6 Particle/Wave Duality Particle/wave duality is perhaps the easiest way to get aquatinted with quantum theory because it shows, in a few simple experiments, how different the atomic world is from our world. First let's set up a generic situation to avoid repetition. In the center of the experiment is a wall with two slits in it. To the right we have a detector. What exactly the detector is varies from experiment to experiment, but it's purpose stays the same: detect how many of whatever we are sending through the experiment reaches each point. To the left of the wall we have the originating point of whatever it is we are going to send through the experiment. That's the experiment: send something through two slits and see what happens. For simplicity, assume that nothing bounces off of the walls in funny patterns to mess up the experiment. Generic Experiment Setup First try the experiment with bullets. Place a gun at the originating point and use a sandbar as the detector. First try covering one slit and see what happens. You get more bullets near the center of the slit and less as you get further away. When you cover the other slit, you see the same thing with respect to the other slit. Now open both slits. You get the sum of the result of opening each slit. 7 The most bullets are found in the middle of the two slits with less being found the further you get from the center.
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cells
molecules
atoms
electrons
protons
neutrons
quarks
physics
Added: July 11, 2009, 5:30 pm
Time: 01:47 | Views: 126 |
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http://www.myspace.com/acorvettes The Danish physicist Niels Bohr, who worked in Rutherford's lab, was the first to describe orbits of fixed size and energy in which electrons are free to travel without losing energy and falling toward the nucleus. According to this model, published in 1913, electrons can only occupy or jump between fixed energy levels and cannot reside in between these levels. In addition, once in their "ground state," electrons maintain the energy they contain. This energy keeps them in perpetual motion, allowing them to resist the attractive force of the nucleus.
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Added: July 11, 2009, 5:24 pm
Time: 06:21 | Views: 81 |
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Music video for the song "Ode to Quantum Mechanics" by Casual Entropy. Below are the lyrics. Enjoy! Oh, it starts with James Clerk Maxwell and his laws we know so well From lines of flux to waves of light and everything is swell Then along comes guys like Schrodiner, Dirac and Fermi, too And say goodbye to every thing you might have thought was true Quantum Mechanics! It might have several quirks but no one can deny the fact that quantum theory works Well quantum really ain't so tough as long as one can chew on a second-order, complex-valued partial diff-e.q. The secret to an understanding of duality The only that's "waving" is the probability Quantum Mechanics! It ain't so tough you'll see It's just a bunch of particles acting stochastic-ly Uncertainty is not so odd as long as we're aware position and momentum are a Fourier transform pair So anything that tightens our precision on the one means certainty about the other value gets undone Quantum Mechanics! It's strange and we agree but at least it's much simpler to learn than relativity! Quantum Mechanics! It might have several quirks but no one can deny the fact that quantum theory works
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Added: July 11, 2009, 5:18 pm
Time: 01:57 | Views: 110 |
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The Infamous Double Slit Experiment
Quantum Physics is amazing!
Added: July 11, 2009, 5:00 pm
Time: 05:09 | Views: 107 |
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Quantum Mechanics for Dummies - Electrons Are Weird
Clips from a BBC documentary explaining the arguments from the 1920's until now as to whether electrons are particles, waves or both. It outlines Einstein's distaste at Heisenberg's uncertainty principle and is a good starting point in realising that the universe is far, far stranger than can be imagined. Formerly on thingsihaveseen
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Quantum
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Heisenbergs
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Added: July 11, 2009, 4:30 pm
Time: 09:19 | Views: 121 |
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The Astounding World of the Future
A funny mid-20th century newsreel featuring amazingly accurate predictions of the year 2000. BEST SHORT FILM - New York Comedy Film Festival OFFICIAL SELECTION Montrael Just For Laughs Comedy Festival Chicago Short Film Festival Written and Directed by Scott Dikkers Starring Tim Harrod, Maria Schneider DP: Natalie Richter
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parody
satire
comedy
funny
old
newsreel
prediction
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Dikkers
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Tim
Harrod
Maria
Schneider
robot
ray
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film
Added: June 17, 2009, 12:45 pm
Time: 04:52 | Views: 191 |
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muppet show - mah nuh muh nah! highly catchy tune. if you like this, check out my other videos and give me support! -- theres apparently alot of debate on how to spell "mahnamahna" ... just pause the video at 2:23 and you shall get my answer. -- Honors for this video! #36 - Most Viewed (All Time) - Comedy - United Kingdom #12 - Top Favorites (All Time) - Comedy - United Kingdom #78 - Top Rated (All Time) - United Kingdom #9 - Top Rated (All Time) - Comedy - United Kingdom Thanks United Kingdom! You know I love you.
Added: June 17, 2009, 12:30 pm
Time: 02:28 | Views: 193 |
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Hugh Laurie interviews Michael Jackson- A Bit of Fry and Laurie- BBC Comedy
Hugh Laurie takes some time out of his comedy sketch schedule to do a candid interview with one of the world's most infamous music stars - Michael Jackson. Funny spoof from BBC comedy show 'A Bit of Fry & Laurie'.
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Added: June 17, 2009, 11:30 am
Time: 02:58 | Views: 189 |
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MADtv: Sesame Street - Bird Flu
A parody of Sesame Street. Big Bird gets the bird flu! Watch MADtv on FOX, Saturdays at 11/10c!
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Added: June 17, 2009, 11:00 am
Time: 04:37 | Views: 157 |
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Stephen Fry as the understanding barman - A bit of Fry & Hugh Laurie - BBC comedy
Very funny video from Stephen Fry and Hugh Laurie's BBC sketch show. Stephen Fry plays an understanding barman full of suggestions to Hugh Laurie's married man worries. Well worth a watch!
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Added: June 17, 2009, 10:30 am
Time: 02:55 | Views: 181 |
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Do Unto Others: Screw With People At The Gym
Justin Heimberg, author of the popular books on practical jokes, screws with people's minds at the gym in the debut of this Comedy.com original.
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Added: June 17, 2009, 10:00 am
Time: 02:38 | Views: 157 |
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Women: Know Your Limits! Harry Enfield - BBC comedy
An important public service announcement brought to you by the comedy legend Harry Enfield and his Chums. From BBC. Watch more Harry Enfield clips with BBC Worldwide here: http://uk.youtube.com/view_play_list?p=FD374EF0A219D89A
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Added: June 17, 2009, 9:30 am
Time: 02:24 | Views: 180 |
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Funny Hugh Laurie & Stephen Fry comedy sketch! 'Your name, sir?' - BBC comedy
Stephen Fry and Hugh Laurie perform a hilarious short comedy sketch in a police station. A man making a statement has a surname that is pretty hard to pronounce! Watch this classic moment from the ground-breaking comedy sketch show 'A Bit of Fry and Laurie' for free with BBC Worldwide.
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Added: June 17, 2009, 9:00 am
Time: 03:01 | Views: 196 |
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