Dear Guest, Please Register to Download Free Seminar Reports and PPT of each topic. The Download link will be visible only after the registration.Please search the topic before posting.

Please click the Facebook Like Button if you are satisfied

 Subscribe To Get Latest Seminar Reports and PPT

Receive all seminar updates via Facebook. Just Click the Like Button Below


Custom Search

Quantum Computing

Huge Collection of Information Technology Seminar Topics, Reports and PPT.

Quantum Computing

Postby vinayakpawar » Wed Feb 08, 2012 12:15 pm

send me one new topic which is not there in list on networking
Posts: 2
Joined: Wed Feb 08, 2012 11:44 am

Re: request for new topic

Postby ATUL YADAV » Sat Mar 17, 2012 3:34 pm

vinayakpawar wrote:send me one new topic which is not there in list on networking

plesae send me ppt and report on quantum computing and bluetooth
Posts: 1
Joined: Sat Mar 17, 2012 8:08 am

Re: request for new topic

Postby Prasanth » Wed Jul 18, 2012 5:13 pm

Due to technical obstacles, till date, a quantum computer has not yet been realized. But the concepts and ideas of quantum computing has been demonstrated using various methods. Here, we discuss four of the most important technologies that are used to demonstrate quantum computing. They are

1. Nuclear Magnetic Resonance
2. Ion Trap
3. Quantum Dot
4. Optical Methods

While reading the following "top four technologies", two things should be kept in mind. The first is that the list will change over time. Some of the approaches valuable for exploring quantum computing in the laboratory are fundamentally un-scalable, and so will drop out of contention over the next few years. The second thing to keep in mind is that although there are a bewildering number of proposed methods for demonstrating quantum computing (a careful search will yield many more options that what is listed here); all of them are variations on three central themes:

(a) manipulating the spin of a nucleus or subatomic particle
(b) manipulating electrical charge
(c) manipulating the polarization of a photon.

In variation "a" a qubit is derived from superposition of up and down spins. In variation "b" a qubit is derived from superposition of two or more discrete locations of the charge. In the last variation a qubit is derived from superposition of polarization angles. Of the three, the manipulation of spin is generally viewed as the most promising for practical large-scale application. Let’s now see each of these techniques in detail.
You do not have the required permissions to download the files attached to this post. You must LOGIN or REGISTER to download these files.
User avatar
Site Admin
Posts: 475
Joined: Sat May 28, 2011 6:29 pm

Return to Information Technology Seminar Topics