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Quantum Computer

01 /Introducing the quantum computer EXAMPLE 02 /Quantum Computing 03 /Quantum Computers and Quantum Internet 04 /Quantum classic interface (part 1) 05 /Quantum classic interface (part 2) 06 /What is a quantum computer? (part 1) 07 /What is a quantum computer? (part 2) 08 /Applications of a quantum computer 09 /Assembling a quantum processor 10 /Circuit QED 11 /Compiler and programming languages 12 /Fault tolerance 13 /How does a distributed Quantum Computer work? 14 /Introducing The Building Blocks of a Quantum Computer 15 /Introducing The Building Blocks of a Quantum Computer: Part 1 16 /Introducing The Building Blocks of a Quantum Computer: Part 2 17 /Linear equations 18 /Micro-architecture (part 1) 19 /Micro-architecture (part 2) 20 /Parameters of a surface code 21 /Quantum circuits 22 /Quantum Machine Learning 23 /The Building Blocks of a Quantum Computer 24 /x 25 /xx

Quantum classic interface (part 2)

 

(VIDEO 1 - TO BE UPLOADED: "The quantum-to-classical interface is the layer that is closest to the qubits. How do we realise the readout of qubits and what are the associated challenges?")

 

VIDEO 2, option a)  (dives deeper into the) challenges that have to be overcome when developing the quantum to classical interface.

VIDEO 2, option b) To build a scalable quantum computer we need to build a complex electronic interface operating at cryogenic temperature as close as possible to the quantum processor. In order to do it, we need to meet a number of challenges in terms of performance and power dissipation. Moreover, we must find electronics that can work at cryo temperatures.

VIDEO 2, option c) Let's talk about the layer that is closest to the qubits: the quantum-to-classical interface. How do we realise the readout of qubits and what are the associated challenges? Discover it in the video!