Introduction to Quantum Computing | Koen Bertels | TEDxAntwerp 

Your start is very fundamental. Remember that your super position is interchangeable and can be used no matter what state or position it is in. Trying to utilize a two state theory in a multiple state environment. This two dimensional approach can be expanded to three dimensions by creating a cubed cubit chip utilizing multiphasic waveform computations. Stacking your cubits layer by layer until cubed. In this way no matter what position (State) your cubit is in its' opposite is a one or a zero. Think of 360º and then put that into a plotted spherical pattern or matrix. Now you can increase your data output according to the number of plotted positions contained in your sphere in an instant. This would require several plots to be used, intermixed, for record keeping between computations. Think of using a virtual computer for computational throughput. Excellent Talk. Thanks, Phil

This sums up the pursuit of knowledge. The answer you really want ant any given time is always just a couple minutes away.

Great presentation, Koen... Don't let the timekeepers bug you!

This is very nice since it reviews the classic Von Neuman architecture then transition to a Quantum Computer very well contrasted and differentiated and the scale and the point of view. Great explanation from an enlightened quantum engineer. Classical vs. Quantum computers very well differentiated and demonstrated in animation! I really like this guy!

all these ted talks about quantum computing but nothing about how it works, still haven't had a qgasm

Awesome

Bell Laboratory devised the transistor with three terminals, revolutionizing the computer employing semi-conductors circuit, producing the on-off switching systems to give the two states 0 and 1. For the intermediate states of super position of the other intermediate Qubits, what is perhaps needed is a similar device with more than three terminals, providing the intermediate states.Which may make it possible to make QC at room temperature with no cooling necessary. Nature employs QC and we can study these systems, as in our five senses, the brain and in all our cells, how nature solves the problem of simulating the intermediate states. I have not seen any attempt in this direction, although molecular biologists have figured out intricate process how cells produce protein and transfers them employing small motors. However, sending small signal inputs and studying the outputs may lead to a breakthrough.

You must remember that you are talking to everybody , not only to a native speakers .

what is the date of the talk?

Not a surprise that the 'concrete model' is coming from the seat of the EU, running out of work over there. l like how no one knows how quantum particles behave but somehow they can be applied to drive a growth industry.

the hurry in the air of all ted talks is almost as pointless as the talks themselves

most likely not a good idea to have computer engineers define quantum machinery because they do not live the math !

What a nerd... Sorry man, who needs these quantum computers? Human Genome??? What an answer!!! Develop AI? Get us enslaved by AI? Think before you get excited about something that nobody is waiting for. Only big companies...

this guy is an awful speaker. stuttering all the time, getting confused in his own thoughts, can't put together a coherent sentence, let alone a coherent lecture.