Quantum computing
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This document provides an overview of quantum computing. It begins with a short history and addresses the need for quantum computing to be faster than classical computing. It explains that while classical bits can only be 1 or 0, quantum bits or qubits can be both 1 and 0 simultaneously using superposition. The document notes that nobody fully understands quantum computing because it describes nature in a way that seems absurd. It provides an example of Google working with quantum computing and discusses some of the challenges like keeping qubits from losing their state due to low temperatures and errors. In the end, it suggests that quantum computing has great potential power.
Quantum computing
- 1. Quantom Computing Farzan Dehbashi Department of Computer Sciecne
- 2. Contents Short History Need for Speed! Fussy Logic Quantom Computing BitVS Qbit Google example What does it represents Power PRESENTATION TITLE PAGE 2
- 3. What is Quantum Computing PAGE 3 A form of computation based on Quantum Mechanics that instead of bits uses Qbits. • Qbits can be Atoms, Ions, Electrons or Photons
- 4. DISCLAMER PRESENTATION TITLE PAGE 4 “NO you are not going to be able to understand it … you see my physics students don’t understand it either. That is because I don’t understand it. Nobody does … The theory of quantum electrodynamics describes nature as absurd from the point of view of common sense. So I hope that you can accept nature as she is—absurd” Richard Feynman
- 5. Source: www.wired.com PAGE 5 Need for Speed
- 6. What is Quantum Computing PAGE 6 A form of computation based on Quantum Mechanics that instead of bits uses Qbits.
- 7. Bit VS Qbit Can be one or zero The position can be determined by 100% 2bits can be: 00 or 01 or 10 or 11 Can be 100% one, 100% percent zero, or a combination of both! The value can not be determined by 100% 2 Qbits can be … PAGE 7
- 8. How can we compute Quantum superpositions Lost quickly Very low temperatures Error Control Source: www.ft.com PAGE 8 IMAGE CREDIT: NAME HERE Lorem ipsum dolor sit amet, consectetur adipiscing elit. Phasellus non sem semper, rhoncus quam nec.
- 9. Power!