загрузка...

Falaco Soliton

RM Kiehn demonstrates a Falaco Soliton www22.pair.com
Категория: Science & Technology
Время: 00:00:47.250
Теги: Wormhole Vortices Electron Positron Pair Falaco Fermion Strange Attractor Dual Vortex Virtual Particles Robert Kiehn Blackhole Whitehole Gravitational Lensing Macroscopic Strings String Theory
 

Visualizing Solitons

Three different ways of visualizing a soliton (a solitary traveling wave). For a more complete explanation, check out gravityandlevity.wordpress.com The song is "The Ice Miner" by Leo Kottke.
Категория: Science & Technology
Время: 00:01:03
Теги: solitons
 

Soliton - Pencil sorting video

Soliton developed a high speed pencil sorting system using LabVIEW and the digital image acquisition hardware. The system design involved the use of two Soliton FireWire color cameras of VGA resolution for high speed image acquisition. The cameras focus at the two opposite ends of the pencil. High intensity lights are required for a very short integration time, of about 100us, and hence the halogen based fibre optic lamps were used in the system. The images then acquired from both the cameras are processed by the application software running in the PC and based on the defect definitions, the images are classified as either good or bad. A high-speed synchronization circuit using a microcontroller was designed for the precise ejection of the defective pencils
Категория: Science & Technology
Время: 00:01:29.250
Теги: vision systems pencil sorting defect identification Soliton Technologies soliton machine vision visual inspection pencil inspection missing leads lead offset
 

Soliton Wave in a Bose-Einstein Condensate

www.FreeScienceLectures.com This video presents dark solitons in a trapped Bose-Einstein condensate decaying into quantum vortex rings. Simulation of condensates with vortices in rotating anisotropic traps, then a 12-vortex array, then condensate containing a soliton in a spherical trap. --- It's Never too Late to Study www.FreeScienceLectures.com --- Notice This video is copyright by its respectful owners. The website address on the video does not mean anything. ---
Категория: Howto & Style
Время: 00:01:40.500
Теги: solitons soliton waves bose-einstein condensate dark quantum rings anisotropic trap spherical
 

soliton-Test4

soliton test for my art work "φtt-φxx+sinφ≠Humantt-H umanxx+sin(Human)"
Категория: Science & Technology
Время: 00:01:52.500
Теги: soliton sine-gordon wave media art bt takashi suzuki max/msp
 

The spring solitary waves

A little about what at times in the spring is not noticed. - the solitary waves on small water.
Категория: Science & Technology
Время: 00:02:36.750
Теги: the solitary waves solitons
 

Toroidal vortex soliton launcher

Experiments with a toroid vortex soliton launcher.
Категория: Comedy
Время: 00:01:11.250
Теги: toroid vortex smoke ring launcher mythbusters new vintage church
 

soliton splash 27 sept run 3.mp4

Making a 2.5 meter high splash at the Matrix yard at Twente University 2 cubic meter of water is released instantaneously which creates a soliton wave: a single wave that keeps speed and shape along a channel. (and also a bore, this depends on depth of the water) at the end the wave is compressed between the walls and it creates a splash. Made by Onno Bokhove and Wout Zweers
Категория: Science & Technology
Время: 00:00:24
Теги: soliton water splash applied mathematics Bokhove zweers bore utwente
 

Three Solitons Solution - the KdV Equation

KdV equation, u_t - 6uu_x + u_xxx = 0 Initial condition, u(x,0) = -12sech^2(x) Discretization, h_t = h_x^3 Check the unstable solution in www.youtube.com Simple Matlab code: function kdvsimple dx=0.1; xmin = -8; xmax = +8; ymin = -2; ymax = +20; x=(xmin+dx:dx:xmax)'; k = dx^3; nsteps = 0.5/k; mesh2d = []; u = -12 * sech(x).^2; for ii = 1:nsteps k1 = k * kdvequ(u,dx); k2 = k * kdvequ(u+k1/2,dx); k3 = k * kdvequ(u+k2/2,dx); k4 = k * kdvequ(u+k3,dx); u = u + k1/6 + k2/3 + k3/3 + k4/6; mesh2d(ii,:) = -u; if mod(ii,10) == 0 plot(x,-u,'b-','LineWidth',2); axis([xmin,xmax,ymin,ymax]) drawnow; end end function dudt=kdvequ(u,dx) u = [u(end-1:end); u; u(1:2)]; dudt = 6*(u(3:end-2)).*(u(4:end-1)-u(2:end-3))/(2*dx) - (u(5:end)-2*u(4:end-1)+2*u(2:end-3)-u(1:end-4))/(2*dx^3);
Категория: Science & Technology
Время: 00:00:14.250
Теги: kdv Soliton
 

The Soliton Experiment by Prof. Steven Bishop --part 2

Tue. 11-1-2011 2:35PM Exactly at King Fahad Research Center in KAU
Категория: Education
Время: 00:02:00
Теги: My Movie2
 
<<Prev | 1 2 3 4 5 | Next>>