Grant

Ended Project Grant Awarded Last action

Award ID
W911NF2210257
Recipient
Awarding agency
Obligated
$5,600,000

Award facts

Assistance listing
12.431 Basic Scientific Research
Completion date
Originally
Funding agency
Research Development and Engineering Command Army Materiel Command, Department of Defense
Place of performance
Syracuse, NY 13244, USA

Award details come from USAspending.gov.

Transactions

Action Obligated Date
Amendment 79949-BB-exercise option 3 & full fund & extend POP-title-characterizing and mitigating phononic and photonic poisoning in solid-state qubit $1,300,000
Amendment Exercise option 2-title-characterizing and mitigating phononic and photonic poisoning in solid-state qubit-the overall objective of the proposed research is… $1,300,000
Amendment INC funds $700,000
Amendment Option/funding $1,200,000
Original award $1,100,000

Subawards

Subrecipient Amount Awarded
University Of Wisconsin System Characterizing and Mitigating Phononic and Photonic Poisoning in Solid State Qubits $320,000
The Leland Stanford Junior University $262,876
Forschungszentrum Jülich GMBH $112,247
University Of Wisconsin System $686,489
University Of Wisconsin System Phononic and photonic poisoning mechanisms play a critical role in the operation of solid-state qubits. Poisoning due to impacts from high energy particles,… $510,160
The Leland Stanford Junior University We have proposed a comprehensive approach to characterize the spatial and temporal profile of quasiparticle poisoning events in qubits using both superconductor… $256,571
Forschungszentrum Jülich GMBH The contribution consists in the theoretical modeling of the decoherence mechanisms and of the mitigation strategies, in particular for superconducting… $100,321
The Leland Stanford Junior University We have proposed a comprehensive approach to characterize the spatial and temporal profile of quasiparticle poisoning events in qubits using both superconductor… $337,057
Forschungszentrum Jülich GMBH The contribution consists in the theoretical modeling of the decoherence mechanisms and of the mitigation strategies, in particular for superconducting… $133,260
University Of Wisconsin System Phononic and photonic poisoning mechanisms play a critical role in the operation of solid-state qubits. Poisoning due to impacts from high energy particles,… $608,824

Quick answers

Who received award W911NF2210257?

W911NF2210257 was awarded to Syracuse University by ACC Aberdeen Proving Ground (Army Contracting Command) on September 30, 2022.

How much is award W911NF2210257 worth?

$5,600,000 has been obligated on W911NF2210257.

Which agency awarded W911NF2210257?

ACC Aberdeen Proving Ground (Army Contracting Command) awarded W911NF2210257, with funding from Research Development and Engineering Command (Army Materiel Command).

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