quant quant a a Isaac Chuang Isaac Chuang Aram Harrow, Andrew Houck, Steve Huang, Murali Aram Harrow, Andrew Houck, Steve Huang, Murali Kota, Geva Patz, Matthias Steffen, Andrew Childs Kota, Geva Patz, Matthias Steffen, Andrew Childs * , , Jeff Brock, Terri Yu Jeff Brock, Terri Yu MIT Center for Bits and Atoms MIT Center for Bits and Atoms
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Quanta Isaac Chuang Aram Harrow, Andrew Houck, Steve Huang, Murali Kota, Geva Patz, Matthias Steffen, Andrew Childs *, Jeff Brock, Terri Yu MIT Center.
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quantaquanta
Isaac ChuangIsaac Chuang
Aram Harrow, Andrew Houck, Steve Huang, Murali Kota, Geva Aram Harrow, Andrew Houck, Steve Huang, Murali Kota, Geva Patz, Matthias Steffen, Andrew ChildsPatz, Matthias Steffen, Andrew Childs**, Jeff Brock, Terri Yu, Jeff Brock, Terri Yu
MIT Center for Bits and AtomsMIT Center for Bits and Atoms
The Quantum LimitThe Quantum Limit
1879
1 inch
i386i386
1986
1 micrometer
2020
1 nanometer
What happens when 1 bit = atom?
Quantum Information & Quantum Information & Quantum ComputationQuantum ComputationQuantum Information & Quantum Information & Quantum ComputationQuantum Computation
(1)(1) Large-scale QC?Large-scale QC?
(2)(2) New cryptographic primitivesNew cryptographic primitives
(3)(3) EducationEducation
Challenges we are working on:Challenges we are working on:
(4)(4) MIT 8.14 Junior Experimental LabMIT 8.14 Junior Experimental Lab
How do we train a new generation of quantum How do we train a new generation of quantum information scientists?information scientists?
Experiment #42
Quantum Information Processing
MIT Junior Physics Laboratory
Spring, 2002
Purpose This experiment will let you perform a series of simple quantum computations on a two spin system, demonstrating one and two quantum-bit quantum logic gates, and a circuit implementing the Deutsch-Jozsa quantum algorithm
History • Founded by Prof. David Cory• Ran at MIT Media Laboratory this year• Permanent Phys. Dept. setup under
construction
Experiment #42
Quantum Information Processing
MIT Junior Physics Laboratory
Spring, 2002
Purpose This experiment will let you perform a series of simple quantum computations on a two spin system, demonstrating one and two quantum-bit quantum logic gates, and a circuit implementing the Deutsch-Jozsa quantum algorithm
Accomplishments • 10 undergraduates ran experiments
• Most popular unit in class• First new experiment in >4 years• Coordinated with undergrad QM class