The U S Army Research Office Aro In Collaboration With The Laboratory For Physical Sciences Lps Is Soliciting Proposals For Research In The Next New And Emerging Qubit Science And Technology Nextneqst Program Nextneqst Focuses On Qubit Systems That Explore New Operating Regimes And Environments Fundamentally New Methods Of Fabrication And New Methods Of Design Control Or Operation These Explorations Should Have In Mind The Development Of Quantum Computation Where The Novel Properties Of These Systems Create Significant Advantages In Coherence Fabrication And Or Qubit Operation Over Current State Of The Art Qubits A 1 1 Outline Of The Nextneqst Research Areas Nextneqst Is Soliciting Proposals In Three Research Areas As Well As Advances From Previous Neqst Research Topics Proposals May Address More Than One Of These Research Areas And In Some Cases May Be Required To Address More Than One Area To Achieve Proposed Research Milestones Quantum Information Science And Technology Has Seen Steady Progress Since The Motivating Algorithmic Discoveries Of Shor And Others Continued Research In Qubit Technology Has Resulted In The Development Of Several Different Qubit Modalities That Can Now Perform Two Qubit Operations With Less Than 1 Error Per Gate With Advances Towards Higher Performance And Larger Qubit Systems On The Horizon Many Advances Are Needed To Push Existing Technologies Towards The Distant Goal Of Fault Tolerant Quantum Computing Or Systems Of Similar Complexity This Baa Anticipates That State Of The Art Qubit Devices And Quantum Logic Gate Approaches Even With Anticipated Advances May Not Be The Same Devices On Which Future Technology Will Be Based In Other Words Tomorrow s Fault Tolerant Quantum Computers Will Not Be Made With Today s Qubits The Nextneqst Program Seeks To Fund High Risk Seedling Efforts That Can Significantly Advance The Performance Of Future Multi Qubit Information Processors Towards The Goal Of Fault Tolerant Quantum Computing Each Effort Should Pursue The Experimental Realization Of The Proposal In Addition Theory Or Model Development Must Be Included To Elucidate The Underlying Mechanisms And The Theoretical And Practical Limits At The End Of This Three Year Program Research Progress Will Be Evaluated To Determine Whether Graduation To A Larger Research Effort Is Warranted Or Whether The Research Direction Should Be Abandoned All Proposals Must Address The Following Questions Or Subset Of Questions That Are Relevant To The Proposed Research 1 What Is The Physical Qubit S Or Quantum System That Is Being Proposed 2 What Are The Compelling Reasons For Using This Qubit Or System 3 What Is Known About This Qubit In Terms Of Experimental And Theoretical Results Please Provide Suitable References 4 What Are The Appropriate Metrics For The Novel Technology 5 What Limits Do Prior Experimental Or Theoretic Results Place On The Extremum Of These Metrics And How Do These Metrics Relate To More Traditional Qubit Performance Metrics Such As Gate Fidelity 6 What Are The Challenges Associated With Fabricating And Operating This Qubit S 7 What Solutions Are Being Suggested To Overcome These Challenges 8 What Is The Timescale Needed To Demonstrate These Solutions 9 Are Special Experimental And Fabrication Resources Needed 10 Are Supporting Technologies Readily Available All Proposals Must Set Aggressive Yearly Quantitative Milestones That Define A Path Toward Demonstrating The Performance Of The Proposed Qubit System With Comparison To The Current State Of The Art A 1 2 New Qubit Operating Regimes And Environments This Research Topic Seeks Exploration Of New Qubit And Gate Types That May Enable Relaxed Environmental Control Requirements Or Fundamentally Higher Fidelity Operation New Qubit Systems Insufficiently Explored Or Not Explored Ye
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