Qlci-CI: NSF quantum leap challenge institute for enhanced sensing and distribution using correlated quantum states

Ended Cooperative Agreement Awarded Last action

Award ID
2016244
Recipient
Awarding agency
Obligated
$32,450,000

Award facts

Assistance listing
47.049 Mathematical and Physical Sciences
Completion date
Originally
Place of performance
Boulder, CO 80309, USA

Award details come from USAspending.gov.

Transactions

Action Obligated Date
Amendment $0
Amendment $2,500,000
Amendment $950,000
Amendment $5,000,000
Amendment $0
Amendment $6,000,000
Amendment $6,000,000
Amendment $4,300,000
Original award $7,700,000

Subawards

Subrecipient Amount Awarded
University Of Delaware The nature of the dark matter is a major unexplained phenomena of the Universe. Light dark matter (DM) particles (with as mass less than 1 eV) have to be… $50,000
University Of Oregon By the anticipated project start date we expect to have basic ion trapping and laser cooling capability in place (using UO startup funds). However, to operate… $41,000
The Leland Stanford Junior University PI Make Kasevich Funds will be used to continue development of our Sr quantum network. Specifically, we will continue implementation of our squeezing protocol… $174,965
President And Fellows Of Harvard College Statement of Work Year 1: ● Perform rotational spectroscopy of (03^10) and (200) vibrational manifolds ● Characterize mu-variation enhancement factors using the… $100,000
Massachusetts Institute Of Technology The undergraduate student will build an optical setup that will enable us to move atomic ensembles in and out of an optical cavity. This will enable the… $194,000
University Of Delaware The nature of the dark matter is a major unexplained phenomena of the Universe. Light dark matter (DM) particles (with as mass less than 1 eV) have to be… $154,760
University Of Oregon By the anticipated project start date we expect to have basic ion trapping and laser cooling capability in place (using UO startup funds). However, to operate… $264,024
The Leland Stanford Junior University PI Make Kasevich Funds will be used to continue development of our Sr quantum network. Specifically, we will continue implementation of our squeezing protocol… $409,760
University Of California, LOS Angeles We propose to develop a conceptual mission design for a space optical clock. This project will include three major components: (1) detailed modeling of the… $135,760
University Of New Mexico A new project with applications in quantum sensing (QS) and information processing (QIP), will be conducted between 2021 and 2024 at Sandia National Labs, led… $371,530
President And Fellows Of Harvard College Statement of Work Year 1: ● Perform rotational spectroscopy of (03^10) and (200) vibrational manifolds ● Characterize mu-variation enhancement factors using the… $284,760
University Of New Mexico I. Collaborative Research Activities: Complexity/Robustness Tradeoff – Harnessing the Quantum Advantage. A key foundational goal is to understand the… $434,240
Massachusetts Institute Of Technology Making use of an existing apparatus (a Yb atomic clock inside a high-finesse optical cavity), we will employ light-atom interactions to engineer entangled… $206,000
Yale Univ Peter Rakich’s SOW: Developing High-Finesse Microfabricated Fabry-Perot Cavities for Optical Interface with Atomic and Solid-State Emitters In this… $652,089
University Of California, LOS Angeles We propose to develop a conceptual mission design for a space optical clock. This project will include three major components: (1) detailed modeling of the… $143,640
University Of California, Santa Barbara Year 1: Extension • Integrated lasers, modulation, and photonics for atomic control and sensing. o Work with Q-SEnSE team to identify quantum sensor… $418,900
University Of Delaware The nature of the dark matter is a major unexplained phenomena of the Universe. Light dark matter (DM) particles (with as mass less than 1 eV) have to be… $162,640
University Of Oregon By the anticipated project start date we expect to have basic ion trapping and laser cooling capability in place (using UO startup funds). However, to operate… $363,640
President And Fellows Of Harvard College Year 1: â—� Perform rotational spectroscopy of (03^10) and (200) vibrational manifolds â—� Characterize mu-variation enhancement factors using the… $304,640
The Leland Stanford Junior University Objective: While there has been substantial progress in the evolution of state�of�the�art ultra�high performance Sr optical… $429,640
University Of Delaware Statement of work Marianna Safronova University of Delaware The nature of the dark matter is a major unexplained phenomena of the Universe. Light dark matter… $183,000
University Of California, LOS Angeles We propose to develop a conceptual mission design for a space optical clock. This project will include three major components: (1) detailed modeling of the… $120,000
Massachusetts Institute Of Technology Making use of an existing apparatus (a Yb atomic clock inside a high-finesse optical cavity), we will employ light-atom interactions to engineer entangled… $190,000
University Of Oregon By the anticipated project start date we expect to have basic ion trapping and laser cooling capability in place (using UO startup funds). However, to operate… $12,000
University Of New Mexico The University of New Mexico will participate in collaborative research, education, and workforce development as part of the Quantum Leap Challenge Institute:… $424,001
President And Fellows Of Harvard College Year 1: â—� Perform rotational spectroscopy of (03^10) and (200) vibrational manifolds â—� Characterize mu-variation enhancement factors using the… $285,000
Massachusetts Institute Of Technology Making use of an existing apparatus (a Yb atomic clock inside a high-finesse optical cavity), we will employ light-atom interactions to engineer entangled… $12,000
University Of New Mexico The University of New Mexico will participate in collaborative research, education, and workforce development as part of the Quantum Leap Challenge Institute:… $429,000
University Of Delaware The nature of the dark matter is a major unexplained phenomena of the Universe. Light dark matter (DM) particles (with as mass less than 1 eV) have to be… $95,000
Massachusetts Institute Of Technology Making use of an existing apparatus (a Yb atomic clock inside a high-finesse optical cavity), we will employ light-atom interactions to engineer entangled… $190,000
The Leland Stanford Junior University While there has been substantial progress in the evolution of state‐of‐the‐art ultra‐high performance Sr optical lattice clocks in recent years, there is a… $390,000
University Of Oregon By the anticipated project start date we expect to have basic ion trapping and laser cooling capability in place (using UO startup funds). However, to operate… $240,000
President And Fellows Of Harvard College Year 1: ● Perform rotational spectroscopy of (03^10) and (200) vibrational manifolds ● Characterize mu-variation enhancement factors using the experimentally… $285,000
The Leland Stanford Junior University While there has been substantial progress in the evolution of state‐of‐the‐art ultra‐high performance Sr optical lattice clocks in recent years, there is a… $11,999
University Of Delaware The nature of the dark matter is a major unexplained phenomena of the Universe. Light dark matter (DM) particles (with as mass less than 1 eV) have to be… $95,000
The Leland Stanford Junior University While there has been substantial progress in the evolution of state‐of‐the‐art ultra‐high performance Sr optical lattice clocks in recent years, there is a… $12,000
University Of New Mexico The University of New Mexico will participate in collaborative research, education, and workforce development as part of the Quantum Leap Challenge Institute:… $337,000
President And Fellows Of Harvard College Year 1: ● Perform rotational spectroscopy of (03^10) and (200) vibrational manifolds ● Characterize mu-variation enhancement factors using the experimentally… $285,000
Show all 38

Quick answers

Who received award 2016244?

2016244 was awarded to The Regents Of The University Of Colorado by Directorate for Mathematical and Physical Sciences (National Science Foundation) on September 1, 2020.

How much is award 2016244 worth?

$32,450,000 has been obligated on 2016244.

Which agency awarded 2016244?

Directorate for Mathematical and Physical Sciences (National Science Foundation) awarded 2016244, with funding from National Science Foundation.

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