BRINSON FOUNDATION FQNET VISIT

Thursday Sep 26, 2024, 10:00 AM → 2:30 PM US/Central

Fermilab

 

THE BRINSON FOUNDATION

Gary P. Brinson (CFA)

Monique B. Demery (Board)

Thomas R. Demery (Board)

Jamie B. Bender /Senior Program Officer

 

FNAL/CALTECH

L.ia Merminga (Director), Joe  Lykken (Director, Quantum Division, visit host), Panagiotis Spentzouris (Associate Laboratory Director, Emerging Technologies), Cristian Pena (FQNET spokesperson), Si Xie (FQNET physics coordinator), Christina Wang (Lederman Fellow), Andrew Cameron (postdoctoral fellow), Maria Spiropulu (INQNET Director), Raju Valivarthi (INQNET Head of Quantum Technologies)  

 

Bios-BRINSON.pdf

1 Meet and Greet

Meeting with Fermilab Director Dr. Lia Merminga and her team at Wilson Hall

2 Transfer to DAB FQNET node with Joe Lykken et al

3 DAB FQNET node

Tour of active FQNET R&D quantum node. Experimental setup includes entanglement swapping protocol demonstrator, quantum-classical channel coexistence demonstrator, and picosecond clock distribution and synchronization demonstrator, and preliminary quantum random walk experiment. Time-permitting, live demonstration of pair source entanglement distribution, single photon detection, and online data monitoring, visualization and GUI.

4 Transfer to Feynman Center FQNET nodes. (IEQNET/AQNET)

5 Feynman Center FQNET nodes

Tour of FQNET-FCC quantum node. This node serves are the central hub node with connectivity to other FNAL nodes including a hands-on public quantum node demonstrator to be build at Lederman Science Center, Argonne National Lab, and Starlight and Northwestern. Setup includes pair sources, entanglement distribution, and state-of-the-art quantum controls using Xilinx FPGA and QICK platform. R&D grade 0.8K sorption fridge and cryostat with state of the art Superconducting Nanowire Single Photon Detectors will be displayed.

6 Catered Lunch and Discussions at FCC

7 Transfer and tour to IERC planned QnodesLabs

Tour of newest FQNET facilities at Integrated Engineering Research Center (IERC). This lab will include integrated state-of-the-art R&D and experiments in quantum networks, quantum sensing, and particle detection. Delivery of dilution refridgerator for superconducting quantum sensor R&D expected in October. Sensor and networking capabilities are integrated in the same cryostat to enable future R&D on distributed quantum sensing and quantum sensor arrays. We will also discuss quantum sensor and quantum networks for HEP applications including dark matter and axion detection, high energy particle detection, and time-resolved intensity interferometry for detection of primordial black holes.

8 pickup to get to SBND : David Schmitz