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Dynamic Geomag: Chaos Theory Explained Posted by: aldoaldoz
Video duration: 276 seconds A simple pendulum demonstrates Chaos theory. The pendulum ends in a south magnetic pole, attracted by the four coloured north poles below. Versione italiana: http://www.youtube.c om/watch?v=TDDGxM0m7 7I Related: chaos, dynamic, geomag, pendulum, sissi Display Video Comments | Hide Video Comments | Add Comment |
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Dynamic Geomag: Gears Posted by: aldoaldoz
Video duration: 47 seconds Six Geomag gears. In a perfect world they would turn forever... Sei ingranaggi. In un mondo perfetto girerebbero all'infinito... Related: dinamico, dynamic, gear, gears, geomag, ingranaggi, ingranaggio Display Video Comments | Hide Video Comments | Add Comment |
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Geomag & Physics: Angular Momentum Conservation Posted by: aldoaldoz
Video duration: 79 seconds The angular momentum conservation law accelerates the rotor when it narrows, rather like a spinning ice skater. La legge della conservazione del momento angolare fa acquistare velocita' al rotore quando la sua geometria si stringe, come fanno i pattinatori su ghiaccio quando girano su se stessi. Related: amazing, angolare, angular, conservation, conservazione, divertente, experiment, fisica, geomag, momento, momentun, physics Display Video Comments | Hide Video Comments | Add Comment |
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Dynamic Geomag: Inverted Pendulum Posted by: aldoaldoz
Video duration: 36 seconds Inverted Pendulum: 12 magnetic fields keep the pendulum upright. 12 campi magnetici fanno in modo che il pendolo rimanga sulla verticale, senza cadere. Related: dinamico, dynamic, geomag, inverted, pendolo, pendulum, rovesciato Display Video Comments | Hide Video Comments | Add Comment |
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Escher & Geomag: Ascending and Descending Posted by: aldoaldoz
Video duration: 63 seconds A working model based on Escher's lithograph. Un modello funzionante basato sulla litografia "Salita e Discesa" di Escher. Related: ascending, descending, discesa, dynamic, escher, geomag, salita, sissi Display Video Comments | Hide Video Comments | Add Comment |
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Escher & Geomag: Moebius strip Posted by: aldoaldoz
Video duration: 90 seconds This model demonstrates the properties of a Moebius strip. Questo modello dimostra le particolarità di una striscia di Moebius. Related: escher, gemoag, moebius, strip Display Video Comments | Hide Video Comments | Add Comment |
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Geomag Dinamico: La Teoria del Caos Posted by: aldoaldoz
Video duration: 270 seconds Un semplice pendolo spiega un sistema caotico. Il pendolo termina con un polo magnetico sud, ed è attratto dai quattro poli colorati sottostanti che sono tutti nord. English version: www.youtube.com/watc h?v=Qe5Enm96MFQ Related: caos, dinamico, geomag, pendolo, sissi Display Video Comments | Hide Video Comments | Add Comment |
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Dynamic Geomag: Concentric Pentagons Posted by: aldoaldoz
Video duration: 97 seconds Four moving concentric pentagons hanging inside an outer big pentagon. Quattro pentagoni concentrici ruotanti, appesi a un grande pentagono esterno. Related: concentric, concentrico, dinamico, dynamic, geomag, pentagon, pentagoni, pentagono Display Video Comments | Hide Video Comments | Add Comment |
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Dynamic Geomag: Two Speed Gear Box Posted by: aldoaldoz
Video duration: 66 seconds Two speed gear box: 10:5 and 5:10 tooth ratio. Cambio a due velocità: rapporti 10:5 e 5:10. Related: box, cambio, crash, dynamig, gear, gearbox, geomag, rapporti, velocita Display Video Comments | Hide Video Comments | Add Comment |
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Dynamic Geomag: Repulsion Pendulum Posted by: aldoaldoz
Video duration: 84 seconds What happens when a pendulum interacts with one or two magnetic repulsive poles. Cosa succede quando un pendolo interagisce con uno o due poli magnetici repulsivi. Related: dynamic, geomag, pendolo, pendulum, pole, polo, repulsion, repulsione Display Video Comments | Hide Video Comments | Add Comment |
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Dynamic Geomag: Hanging Pan Scale Posted by: aldoaldoz
Video duration: 34 seconds The perfect balancing of the rocking arm makes the scale extremely accurate. La perfetta equilibratura del bilanciere rende questa bilancia estremamente sensibile. Related: bilancia, dinamico, dynamic, geomag, hanging, pan, piatti, scale Display Video Comments | Hide Video Comments | Add Comment |
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Dynamic Geomag: Friction-Free Transmission Gear Posted by: aldoaldoz
Video duration: 23 seconds The magnetic teeth make the two wheels work as a 10:5 friction-free trasmission gear. I denti magnetici fanno in modo che le due ruote si comportino come un riduttore 10:5 Related: attrito, dinamico, dynamic, friction, gear, gears, geomag, ingranaggi, ingranaggio, riduttore, transmission Display Video Comments | Hide Video Comments | Add Comment |
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Dynamic Geomag: Cardanic Pendulum Posted by: aldoaldoz
Video duration: 31 seconds A cardanic joint makes the pendulum able to freely move on both X and Y axis. Un giunto cardanico consente al pendolo di muoversi liberamente su entrambi gli assi X e Y. Related: cardanic, cardanico, dinamico, dynamic, geomag, pendolo, pendulum Display Video Comments | Hide Video Comments | Add Comment |
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Dynamic Geomag: Torsion Pendulum Posted by: aldoaldoz
Video duration: 101 seconds The almost friction-free design lets the motion last for over 10 minutes. Il meccanismo quasi senza attriti permette al movimento di durare oltre 10 minuti. Related: dinamico, dynamic, geomag, pendolo, pendulum, torsion, torsione Display Video Comments | Hide Video Comments | Add Comment |
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Dynamic Geomag: Rotating Concentric Polyhedra Posted by: aldoaldoz
Video duration: 49 seconds An Octahedron (green) rotating inside an Icosahedron (yellow), rotating inside a Dodecahedron (red), all hanging inside a Tetrahedron. Un Ottadero (verde) che ruota dentro a un Icosaedro (giallo), che ruota dentro a un Dodecaedro (rosso), il tutto appeso a un Tetraedro. Related: concentric, concentrici, dinamici, dinamico, dynamc, geomag, poliedri, poliedro, polyhedra Display Video Comments | Hide Video Comments | Add Comment |
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Dynamic Geomag: 3 axis reduction gear Posted by: aldoaldoz
Video duration: 52 seconds A 4:1 reduction gear built using two pairs of gears. Un riduttore 4:1 costruito con due coppie di ingranaggi. Related: dinamico, dynamic, gear, gears, geomag, ingranaggi, ingranaggio, reduction, riduttore, transmission, trasmissione Display Video Comments | Hide Video Comments | Add Comment |
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Dynamic Geomag: Clock Escapement Posted by: aldoaldoz
Video duration: 58 seconds The gear advances one tooth with each pendulum swing. La ruota avanza di un dente per ogni oscillazione del pendolo. Related: clock, dinamico, dynamic, escapement, geomag, orologio, scappamento, sissi Display Video Comments | Hide Video Comments | Add Comment |
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Dynamic Geomag: Tic-Tac Pendulum Posted by: aldoaldoz
Video duration: 64 seconds How to add the tics and the tacs to a pendulum (this video has a sound track). Come aggiungere i tic e i tac a un pendolo (questo video ha una colonna sonora). Related: dinamico, dynamic, geomag, pendolo, sissi, tac, tic Display Video Comments | Hide Video Comments | Add Comment |
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Dynamic Geomag: Catch the Ball Posted by: aldoaldoz
Video duration: 35 seconds Regardless of magnetic forces, the ball rolls unimpeded. Nonostante le forze magnetiche, la pallina rotola liberamente. Related: ball, dinamico, dynamic, geomag, gravita, gravity, pallina, sissi Display Video Comments | Hide Video Comments | Add Comment |
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Escher & Geomag: the Cube Posted by: aldoaldoz
Video duration: 33 seconds A simple geomag model to show the famous Escher Cube. Un semplice modello per dimostrare il famoso cubo di Escher. Related: cube, cubo, escher, geomag, impossibile, impossible Display Video Comments | Hide Video Comments | Add Comment |
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Escher & Geomag: Fisheye Posted by: aldoaldoz
Video duration: 20 seconds A model to simulate an Escher's study, 1951. The fisheye lens can see at once both the horizon and the nadir. Un modello per simulare uno studio di Escher del 1951. L'obiettivo riesce a vedere contemporaneamente sia l'orizzonte che il nadir. Related: escher, fisheye, geomag, horizon, nadir, orizzonte Display Video Comments | Hide Video Comments | Add Comment |
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Dynamic Geomag: Tackle Posted by: aldoaldoz
Video duration: 57 seconds Without friction the pull force on the red strip should be one half of the load weight. Senza attrito la forza da applicare sulla striscia rossa sarebbe metà del peso del carico. Related: dynamic, geomag, paranco, tacke Display Video Comments | Hide Video Comments | Add Comment |
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Abyss Posted by: aldoaldoz
Video duration: 31 seconds A rotating logarythmic spiral Related: abisso, abyss, aldoaldoz, logaritmica, logaritmo, logarythm, logarythmic, spiral, spirale Display Video Comments | Hide Video Comments | Add Comment |
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Latest comments made on this video:
By: chris0taylor. on 18 Nov 08, 20:41:09
the butterfly effect is chaos theory
By: calrogman. on 17 Nov 08, 14:41:01
They should of repeated the computer simulation on the first grid and compared the results.
By: amarnamriju. on 14 Nov 08, 04:51:57
what's its connection with chaos theory?
By: NakedJKid. on 14 Nov 08, 04:40:09
butterfly effect is simply... a small input to a system resulting in a large output from that system. i.e. a butterfly flapping it's wings resulting in a hurricane on the otherside of the planet,
By: AkioAkemi. on 11 Nov 08, 03:19:06
Bravo!
By: oliviamulgrew. on 07 Nov 08, 21:05:49
wow what a wonderful video ...very easy to follow and making understanding a complex theroey simple thankyou Olivia
By: mopinmo. on 07 Nov 08, 20:28:54
fatrat090, Britney Spears videos that way ->
By: Tuffadandem. on 31 Oct 08, 22:42:01
EXCELLENT VIDEO....this is by far one of the simplest representations/explanations of the chaos theory..5/5 WELL DONE :)
By: fatrat090. on 30 Oct 08, 21:28:43
boring!!!!
By: lalitoGUM. on 30 Oct 08, 06:05:52
hasbro stuff
By: cardshark07. on 28 Oct 08, 11:24:17
Very cool
By: ichigo1379. on 27 Oct 08, 23:23:17
dude how do you build this thing plzzzzzzzzzzzzzz tell me!
By: SuperfuryanimaL01. on 23 Oct 08, 17:34:15
I'm studying this for my final year maths project. It's hard.
By: ChaosGnek. on 19 Oct 08, 09:44:16
wow... great video. the chaos is unpredictable, we don't know what it'll happens... xD
By: Asdam12. on 07 Oct 08, 21:39:14
I LOVE this video. I like to see a genius explain a genius theory at my level. 5 stars.
By: TheFlowLox. on 23 Sep 08, 12:46:03
chaos of order is solved in "kinked scenarios". also chaos is benign when choice is directed especially when game master discriminates at entry to same type. solution = change rules.
By: tingtong70. on 18 Sep 08, 14:40:28
lol good supervision team you have there
By: eugeniogb10. on 16 Sep 08, 17:23:21
My inglish is not very good, so I´ll be short and simple. Chaos just exist because WE don´t know all the factors that play a roll in a phenomenon. Chaos does not exist, just a reality so complex, we cannot understand it. As science goes further the less chaos will be. Still, greate video. I hope all this was gramatically undertandable.
By: aldoaldoz. on 15 Sep 08, 04:42:54
No, I modified an old program I wrote in basic some 15 years ago... As I already told some comment below, I wrote an explanation about how to do the calculations... if you email me your email address I can send you the file.
By: Microrator. on 14 Sep 08, 19:29:58
Nice little explanation.
By: Mofo3210. on 14 Sep 08, 14:16:32
Very nice indeed. Is the simulation run in MatLab?
By: kinnisonPaladin. on 11 Sep 08, 14:34:18
lol nice ending! :p
By: InoShikaChou87. on 02 Sep 08, 17:54:20
standing on ya mummas porch, you told me that you'd wait forever! ohh and when u hold my hand, i knew that it was now or never, those were the best days of my life.
By: Jaramo1. on 01 Sep 08, 03:09:18
Aren't the poles bent overtime on a macroscopic scale after repeated trails?
By: claxxix1. on 23 Aug 08, 21:40:57
thanks for posting....very enlightening and accessible. well done.