Fellow Jun Ye came to talk to Julie about his "vacation" at Caltech where he worked with former JILA Fellow Peter Zoller on coming up with the basic theoretical framework for a quantum computer. I was asked to make a visual that explain's Ye's and Zoller's potential quantum computer. So I fashioned this graphic after doing some 3D Maya modelings that depicits how the optical lattic is used to cycle between various of combinations of the atoms and their spins. Read the article and look to future journal publications. I hope Jun Ye continues his quantum computing stuff, so I can make some awesome motion graphics for it. I already have some of the 3D modeling done. The visual got a little complex with the n-bit register formula thrown in there, but Jun Ye insisted that right type of people will know what that means. I think Jun Ye, wanted me to put that formula on the computer screen, so he can use it for powerpoint presentations.
Fellow Jun Ye came to talk to Julie about his "vacation" at Caltech where he worked with former JILA Fellow Peter Zoller on coming up with the basic theoretical framework for a quantum computer. I was asked to make a visual that explain's Ye's and Zoller's potential quantum computer. So I fashioned this graphic after doing some 3D Maya modelings that depicits how the optical lattic is used to cycle between various of combinations of the atoms and their spins. Read the article and look to future journal publications. I hope Jun Ye continues his quantum computing stuff, so I can make some awesome motion graphics for it. I already have some of the 3D modeling done. The visual got a little complex with the n-bit register formula thrown in there, but Jun Ye insisted that right type of people will know what that means. I think Jun Ye, wanted me to put that formula on the computer screen, so he can use it for powerpoint presentations.
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