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Advancing Quantum Current Standards Through Silicon Quantum Dot Technology

Advancing Quantum Current Standards Through Silicon Quantum Dot Technology

FAMU-FSU Engineering Professor Collaborated on Early Quantum Dot Research

FAMU-FSU Engineering Professor Collaborated on Early Quantum Dot Research

Korean Researchers Achieve Breakthrough in Quantum Information Science

Korean Researchers Achieve Breakthrough in Quantum Information Science

Quantum Science Congratulates Nobel Prize Winners Who Pioneered Quantum Dot Technology

Quantum Science Congratulates Nobel Prize Winners Who Pioneered Quantum Dot Technology

Switching ‘Spin’ On and Off (and Up and Down) in Quantum Materials at Room Temperature

Switching ‘Spin’ On and Off (and Up and Down) in Quantum Materials at Room Temperature

New Method to Assemble Arrays of Quantum Rods

New Method to Assemble Arrays of Quantum Rods

A Response Theory Applicable to Strongly Coupled and Multiqubit Systems Developed

A Response Theory Applicable to Strongly Coupled and Multiqubit Systems Developed

New 'Superlattice' of Semiconductor Quantum Dots can Behave Like a Metal

New 'Superlattice' of Semiconductor Quantum Dots can Behave Like a Metal

Sony Innovation Fund Joins Largest UK Quantum Investment in Quantum Motion’s Funding Round

Sony Innovation Fund Joins Largest UK Quantum Investment in Quantum Motion’s Funding Round

Novel Methods to Attain High-Efficiency Multiple Excitons

Novel Methods to Attain High-Efficiency Multiple Excitons

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