Community

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From individual researchers and laboratories to departments, institutes, and organizations, modern science and engineering are team efforts. Communities large and small coordinate to expand our understanding of the world and apply that new understanding to inform, involve and advise colleagues and the public, and help develop novel products and services for the economy.

Q-SEnSE investigators are involved with the community in many ways, with recent examples included below.

 

Q-SEnSE Convergence Seminar Series

2:00pm Mountain Time, open to all Q-SEnSE investigators, collaborators, students, and postdocs

  • Tuesday, Apr 23, 2024 "On Topic" Convergence Seminar: Integration Methods for Enhanced Trapped-Ion Quantum Sensing and Computing (Chiaverini, Allcock, Stick, McConnell, Slichter)
  • Tuesday, March 12, 2024 "On Topic" Convergence Seminar: Atom Interferometers, (Hogan, Kasevich, Holland)
  • Monday, Dec 11, 2023 "On Topic" Convergence Seminar: Optical Networks and Interconnects (Shalm, Diddams, Sinclair)
  • Monday Nov 6, 2023 Inaugural "On Topic" Convergence Seminar: Precision Optical Cavities in Atomic Coupling and Mechanical Sensing (Regal, Leibfried, Sun, Papp)
  • Thursday, May 25, 2023:  All Q-SEnSE Convergence Seminar (Anderson & Hume)
  • Thursday, Apr 20, 2023:  All Q-SEnSE Convergence Seminar (Miyake & Holland)
  • Thursday, Mar 16, 2023: All Q-SEnSE Convergence Seminar (Thompson, and Education snapshots from Harvard, UNM, and JILA)
  • Thursday, Feb 16, 2023:  All Q-SEnSE Convergence Seminar (Safronova & Newbury)
  • Thursday, Jan 26, 2023: All Q-SEnSE Convergence Seminar (Ye & Bennett)
  • Thursday, Dec 8, 2022: All Q-SEnSE Convergence Seminar (Industry Roundtable on "National Quantum Infrastructure for Sensing and Measurement: Case Study 鈥 Strontium"); 15 Q-SEnSE Investigators; 19 collaborators, students & postdocs; 9 Industry experts
  • Thursday, Nov 3, 2022: All Q-SEnSE Convergence Seminar (Sun & Wineland); 12 Q-SEnSE Investigators; 64 collaborators, students & postdocs
  • Thursday, Oct 6, 2022: All Q-SEnSE Convergence Seminar (Knappe & Vuletic); 18 Q-SEnSE Investigators; 19 collaborators, students & postdocs
  • Wednesday, May 25, 2022: All Q-SEnSE Convergence Seminar (& Huang); 19 Q-SEnSE Investigators; 10 collaborators, students & postdocs
  • Wednesday, Apr 27, 2022: All Q-SEnSE Convergence Seminar (& ); 16 Q-SEnSE Investigators; 22 collaborators, students & postdocs
  • Wednesday, Mar 2, 2022: All Q-SEnSE Convergence Seminar (Education & Workforce Special Edition); 12 Q-SEnSE Investigators; 23 collaborators, students & postdocs
  • Wednesday, Feb 23, 2022: All Q-SEnSE Convergence Seminar (Gopinath& Diddams); 17 Q-SEnSE Investigators; 17 collaborators, students & postdocs
  • Wednesday, Jan 19, 2022: All Q-SEnSE Convergence Seminar ( & ); 23 Q-SEnSE Investigators; 32 collaborators, students & postdocs 
  • Tuesday, Dec 14, 2021: All Q-SEnSE Convergence Seminar ( & Combes); 18 Q-SEnSE Investigators; 8 collaborators, students & postdocs
  • Tuesday, Nov 30, 2021: All Q-SEnSE Convergence Seminar (Axelrad); 21 Q-SEnSE Investigators; 11 collaborators, students & postdocs
  • Tuesday, Oct 19, 2021: All Q-SEnSE Convergence Seminar ( & ); 23 Q-SEnSE Investigators; 45 collaborators, students & postdocs
  • Tuesday, Sep 21, 2021: All Q-SEnSE Convergence Seminar ( & Rieker); 16 Q-SEnSE Investigators; 18 collaborators, students & postdocs
  • Tuesday, Jun 8, 2021: All Q-SEnSE Convergence Seminar ( & ); 18 Q-SEnSE Investigators; 21 collaborators, students & postdocs
  • Tuesday, May 4, 2021: All Q-SEnSE Convergence Seminar ( & ; 22 Q-SEnSE Investigators; 22 collaborators, students & postdocs
  • Tuesday, Apr 20, 2021: All Q-SEnSE Convergence Seminar (& ; 22 Q-SEnSE Investigators; 28 collaborators, students & postdocs
  • Tuesday, Mar 23, 2021: All Q-SEnSE Convergence Seminar ( & ; 17 Q-SEnSE Investigators; 20 collaborators, students & postdocs
  • Tuesday, Feb 23, 2021: All Q-SEnSE Convergence Seminar (Monteleoni & ; 21 Q-SEnSE Investigators; 21 collaborators, students & postdocs

2024 NSF Site 兔子先生传媒文化作品 (Hybrid, Boulder)

  • Day 1, Thursday, June 27 -- ALL TIMES MOUNTAIN
    • 9:00 am Welcome & Executive Overview (Ye), JILA Auditorium & NSF Zoom, (30 min + 10 Q&A)
    • 9:40 am Education & Workforce (Bennett, Perkins), JILA Auditorium & NSF Zoom (30 + 10)
    • 10:20 am Mini-break (near Auditorium & patio, 10 min)
    • 10:30 am Brief Research Highlights, JILA Auditorium & NSF Zoom, (each 10 min + 5 Q&A)
      • Laura Sinclair (Senior Investigator, NIST)
      • Shuo Sun (Senior Investigator, JILA)
      • Thanmay Sunil Menon (Student, Regal and Knappe)
      • Alec Cao (Student, Kaufman)
    • 11:30 am Transition to JILA 10th floor Foothills Room (15 min)
    • 11:45 am University Senior Administrators, JILA 10th floor, Foothills Room (25 min)
    • 12:10 pm Panel with Representative Grad Students & Postdocs (working lunch, provided), JILA 10th floor & JILA Zoom (40 min + 5 min transition)
    • 12:55 pm Panel with Representative Senior Investigators, JILA 10th floor & JILA Zoom (40 min + 5 transition)
    • 1:40 pm Break (15 min)
    • 1:55 pm Broad View & Final Q&A with Q-SEnSE Leadership, JILA 10th floor
      • Industry, infrastructure development, partnerships, collaborations
    • 2:30 pm End Day 1
  • Day 2, Friday, June 28 -- ALL TIMES MOUNTAIN
    • 鈥9:00 am Panel with PI and Executive Committee, JILA 10th floor Foothills Room & JILA Zoom (1 hr)
    • 10:00 am Private session for Panel, JILA 10th floor (working lunch, provided ~ 11:30), JILA 10th floor (3 hrs)
    • 1:00 pm Closing discussion with Center Leadership, JILA 10th floor (30 min)
    • 1:30 pm End Day 2 and Formal Site 兔子先生传媒文化作品 Agenda
    • Optional lab tours:
      • ~ 1:30 pm QEI Labs, Engineering Bldg ECNW 1B25 , Mazurek/Rieker
      • ~ 2:30 pm JILA X1B30, Thompson
      • ~ 3:15 pm JILA X1B05, Kaufman

 

Special Event: 2024 UNM Summer Course on Optimization for Quantum Information and Quantum Foundations

2024 UNM Summer Course on Optimization for Quantum Information and Quantum Foundations

Course coordinators:

  • Cunlu Zhou, czhou@unm.edu
  • John DeBrota, jdebrota@unm.edu

Schedule: The course is roughly every Wednesday 4:00-5:00pm MDT.

Participation: We welcome all from QSEnSE to participate remotely via https://unm.zoom.us/j/7045724061. Please contact one of the coordinators to get the Zoom password. or ask about prerequisites etc.

2023 Annual Meeting (in Person, Boulder)

  • 2023 Q-SEnSE Annual Meeting, August 9
  • Wednesday, August 9 -- ALL TIMES MOUNTAIN
    • Schedule TBD

2023 NSF Site 兔子先生传媒文化作品 (in Person, Boulder)

  • Thursday, August 10 -- ALL TIMES MOUNTAIN -- JILA Auditorium
    • 9:00am Welcome & Overview for NSF 兔子先生传媒文化作品 Team (Ye, Bennett)
    • 10:00am Education & Workforce: Focus (Lewandowski)
    • 10:20am Quantum Theory: Fundamental Physics (Rey & Zoller)
    • 11:00am Break
    • 11:15am Entangled Sensors (Kasevich)
    • 11:55am Quantum Education and Online Outreach: PhET Design (Ariel Paul)
    • 12:20pm Lunch & Posters: X-Wing 3rd floor & hBar Balcony
    • 1:20pm Photonics for Quantum Sensing (Chiaverini & Rieker)
    • 2:00pm Parallel (Private A - Reprenentative Faculty in JILA X590; Informal Chats for others in X317/325)
    • 2:30pm Parallel (Private B - Senior 兔子先生传媒文化作品 & JILA Administrators in JILA X590; Informal Chats for others in X317/325)
    • 3:00pm Lab Tours (Engineering - 5 minute walk, Rieker & Diddams)
    • 4:00pm End of Day 1
  • Friday, August 11 -- ALL TIMES MOUNTAIN -- JILA Auditorium
    • 9:00am Clock Networks: Fundamental Physics (Safronova)
    • 9:40am Expanding the qubit and qumode toolbox (Allcock)
    • 10:20am Break
    • 10:35am Coupling to Industry: an Example (Anderson)
    • 11:00am Parallel (Private C - Representative Grad Students in JILA X590; Informal Chats for others in X317/325)
    • 11:30am Parallel (Private D - Representative PostDocs in JILA X590; Informal Chats for others in X317/325)
    • 12 Noon Lunch & Posters: X-Wing 3rd floor & hBar Balcony
    • 1:00pm Final Q&A with Q-SEnSE Executive Committee in JILA X590
    • 2:00pm Lab Tours (JILA - Group A {Thompson, Regal, Sun} and Group B {Lehnert, Rey, Ye})
    • 3:00pm Adjourn Day 2 & Site 兔子先生传媒文化作品

Special Event: 2023 UNM Summer Course on Quantum Internet and Quantum Metrology

2023 Summer Course on Quantum Internet and Quantum Metrology

Course coordinators

  • Tzula Propp, tzpropp@unm.edu 
  • Marco Rodriguez, gateishion2@unm.edu 

Course Sessions:  Every Wednesday from 3:00pm to 5:30pm Mountain Time, with both in-person attendance and virtual attendance by Zoom

  • Apr 27 & May 4, 3:30 - 4:30pm Mountain
  • May 31 - Jun 28, 3:00 - 4:00pm Mountain
  • Jul 12 - Aug 2, 3:00 - 4:00pm Mountain

For prerequisites, course description, Zoom links, and additonal details: 

2022 SQuInt Workshop, October 20-22, 2022 at Berkeley.

Q-SEnSE partner University of New Mexico's SQuInT Center will hold its 2022 workshop at Berkeley, October 20-22, 2022. The is available online.

Collaboration Builders for Grand Challenges 2 & 3

Informal lunches to spark novel pair-wise collaborations among Investigators in Grand Challenges 2 & 3. Currently scheduled for noon in Boulder, with highlights presented in the next Convergence Seminar chat session.

  • Tuesday, May 24, 2022, Noon Mountain Time

  • Monday, Apr 11, 2022, Noon Mountain Time

  • Wednesday, Mar 2, 2022, Noon Mountain Time

  • Thursday, Jan 27, 2022, Noon Mountain Time -- CANCELLED for Covid Restrictions

  • Thursday, Nov 18, 2021, 12:30pm Mountain Time

Grand Challenge Crystallization (Team-building) Meetings

  • Feb 23, 2021: Grand Challenge 2 Crystallization Workshop II (Axelrad, Knappe, & Rieker organizers; 20 Q-SEnSE Investigators)
  • Oct 23, 2020: Grand Challenge 3 "Crystallization Workshop" (14 Q-SEnSE Investigators)
  • Oct 22, 2020: Grand Challenge 2 "Crystallization Workshop"  (25 Q-SEnSE Investigators)
  • Oct 13, 2020: Grand Challenge 1 "Crystallization Workshop" (26 Q-SEnSE Investigators)

2022 NSF Site 兔子先生传媒文化作品

  • Tuesday, August 16 -- ALL TIMES MOUNTAIN; All sessions via Zoom
    • 9:00am Private -- For NSF Site 兔子先生传媒文化作品 Panel Only
    • 鈥10:00补尘 Welcome and Overview (Ye, 20 min + 10 Q&A)
    • 10:30am Education & Workforce Development (Bennett, 15 min + 10 Q&A)
    • 10:55am Quantum Sensing 1: Quantum sensors in space and fundamental physics (Safronova, 15 min + 10 Q&A)
    • 11:20am Break (10min)
    • 11:30am Quantum Sensing 2: Precision sensing and fundamental physics (Lehnert, 15 min + 10 Q&A)
    • 11:55am Computing Applications & Sensing: Quantum algorithms and machine learning for sensing (Holland & Monteleoni, 20 min + 10 Q&A)
    • 12:25pm Lunch Break (40 min)
    • 1:05pm Convergence (Regal, 10 min + 5 Q&A)
    • Student & Postdoc Research "Quick Views" (each 2 min + 3 Q&A)
      • 鈥1:20辫尘&苍产蝉辫;Experimental progress in trapped-ion motional state control for quantum sensing (Jeremy Metnzer, Oregon, Allcock group)
      • 1:25pm Interacting spin-orbit coupled fermions in Wannier-Stark optical lattice clock (Anjun Chu, JILA, Rey group)
      • 1:30pm Ultracold SrOH molecules for quantum sensing of ultrlight dark matter (Zack Lasner, Harvard, Doyle group)
      • 1:35pm Towards programmable quantum sensors with alkaline earth atom arrays (Aaron Young, JILA, Kaufman group)
      • 1:40pm Toward quantum-enhanced atom interferometry (Guglielmo Panelli, Stanford, Kasevich group)
    • 1:45pm Break (15 min)
    • 2:00pm Private visit with University Administration (Ruzzene (until 2:30), Bright, Molenaar, Farmer, Wilson, Lehnert, Ritzwoller; 30 min)
    • 2:30pm Private visit with Center management other than PI & Co-PIs (Regal, Bennett, ONeil, Pryzgocki; 30 min)
    • 3:00pm Wrap-up and Adjourn Day 1
  • Wednesday, August 17 -- ALL TIMES MOUNTAIN; All sessions via Zoom
    • 鈥9:00补尘 Industry Engagement: Status and Outlook (Makotyn, 10 min + 10 Q&A)
    • 9:20am Quantum Sensing 3: Photonics for quantum sensing (Diddams, 20 min + 10 Q&A)
    • 9:50am Spin squeezing for clocks & interferometers (Thompson, 20 min + 10 Q&A)
    • 10:20am Break (20 min)
    • 10:40am Microscopic control of entanglement (Martin, 20 min + 10 Q&A)
    • 11:10am Grand Challenge 3: Status and outlook (Kasevich, 20 min + 10 Q&A)
    • 11:40am Lunch Break (40 min)
    • 12:20pm Private 兔子先生传媒文化作品: Representative Grad Students 45 min; Emily Caldwell (NIST, Newbury), Annika Lunstad (Harvard, Doyle), Jeremy Metzner (Oregon, Allcock), Maya Miklos (JILA, Ye), Sean Muleady (JILA, Rey), Guglielmo Panelli (Stanford, Kasevich), Emily Haoyue Qiu (MIT, Vuletic), Enrique Segura (LANL, Martin), Jacob Siegel (NIST, Ludlow), John Wilson (JILA, Holland), Aaron Young (JILA, Kaufman)
    • 1:05pm Private 兔子先生传媒文化作品: Representative Postdocs, 45 min; Tori Borish (JILA, Lewandowski), Simone Colombo (MIT, Vuletic), Zack Lasner (Harvard, Doyle), Garrett Mathews (CU Engineering, Rieker)
    • 1:50pm Break (15 min)
    • 2:05pm Private 兔子先生传媒文化作品: Representative Senior Investigators (Deutsch, Diddams, Doyle, Lehnert, Leibfried, Rey, Stick, Thompson; 30 min)
    • 2:35pm Private 兔子先生传媒文化作品: QLCI Leadership (Ye, Kasevich, Knappe, Rieker, Safronova (unless mid-flight), Regal, Bennett, ONeil; 60 min)
    • 3:35pm Wrap-up and Adjourn Site 兔子先生传媒文化作品

Special Event: 2022 Summer School on Many Body Physics for Quantum Information and Sensing

Student-organized Summer School (1 Day, Virtual, Friday, August 19, 2022). This summer school, organized by Q-SEnSE students, will focus on Many Body Physics for Quantum Information and Sensing at a level accessible to everyone in Q-SEnSE

Schedule (Friday, August 19, 2022, all times Mountain) by 5:00pm Mountain on Tuesday, August 16

  • 9:30-11:45am
    • Lecture by Prof. Ana Maria Rey (theory)
    • Lecture by Prof. James Thompson (experiment)
  • 11:45am - 1:00pm Lunch Break
  • 1:00-2:00pm Career Panel Q&A
    • Featuring postdoc researchers and early-career scientists with PhDs in AMO physics
    • The career panel will include a scientist from Quantinuum, a postdoctoral researcher in physics education research, a postdoctoral researcher in AMO physics, and a scientist from Apple
  • 2:15-3:15pm Interactive computational workshop by Prof. Josh Combes
    • We will go over exercises on spin squeezing on a Jupyter notebook followed by a group discussion.

Registration is free and open for everyone including those whose PIs aren鈥檛 directly funded by Q-SEnSE.

 by 5:00pm Mountain on Tuesday, August 16

2022 Annual Meeting

  • 2022 Q-SEnSE Annual Meeting, June 29-30
    • Wed June 29 -- All times Mountain; All presentations delivered via Zoom
      • 10:00am Private Session: Executive Committee and External Advisory Board (15 min + 5 Q&A)
      • 10:25am Center overview and update (Ye, 15 min + 5 Q&A)
      • 10:50am Education & Workforce overview and update (Bennett, Deutsch, Lewandowski, 20 min + 5 Q&A)
      • 11:20am Clocks in space, precision sensing, and contributing science and technologies (Lehnert, Safronova, Axelrad, 35 min + 5 Q&A)
      • 12:05pm Quantum algorithms and machine learning for sensing (Holland, Yelin, Monteleoni, 35 min + 5 Q&A)
      • 12:45pm Lunch break (30 min)
      • 1:15pm Student Council Overview (Na Narong, 10 min + 3 Q&A)
      • 1:31pm Student talks (each 12 min + 3 Q&A), all from JILA X317
        • 鈥1:31pm Lasner (Harvard, Doyle)
        • 1:49pm Rege (CU Engineering, Monteleoni)
        • 2:07pm Metzer (Oregon, Allcock)
        • 2:25pm Panelli (Stanford, Kasevich)
        • 2:43pm Young (JILA, Kaufman)
      • 3:01pm Industry Overview (Makotyn, 10 min + 5 Q&A)
      • 3:19辫尘&苍产蝉辫;鈥Photonics for quantum sensing (Rieker, Diddams, Combes, 35 min + 5 Q&A)
    • Thu June 30 -- All times Mountain; All presentations delivered via Zoom
      • 10:00am Spin squeezing for clocks and interferometers (Thompson, Rey, Kasevich, 35 min + 5 Q&A)
      • 10:45am Student talks (each 12 min + 3 Q&A), all from JILA X317 except as noted
        • 10:45am Chu (JILA, Rey)
        • 11:03am Kiehl (JILA & CU Engineering, Regal & Knappe)
        • 11:21am Lunstad (Harvard, Doyle)
        • 11:39am Na Narong (Stanford, Hollberg)
        • 11:57am Poggi (UNM), presented from UNM
      • 12:15pm Lunch break (30 min)
      • 12:45pm Grand Challenge 3 update and discussion (Kasevich, Thompson, Kaufman, Ye, 30 min + 5 Q&A)
      • 1:20pm Microscopic control of entanglement (Leibfried, Doyle, Martin, 35 min + 5 Q&A)
      • 2:00pm External Advisory Board
        • 2:00pm Closed Session (30 min)
        • 2:30pm with Executive Committee (30 min)
      • 3:00pm Annual Meeting Adjourns

Earlier Community Events

  • Aug 16-17, 2022: NSF Year 2 Site 兔子先生传媒文化作品 (Investigators, Collaborators, Students, Postdocs, Staff)
  • Aug 11-12, 2021: NSF Year 1 Site 兔子先生传媒文化作品 (Investigators, Collaborators, Students, Postdocs, Staff)
  • Jul 20-21, 2021: NSF Q-SEnSE Annual Meeting (Investigators, Collaborators, Students, Postdocs, External Advisory Board)
  • Dec 18, 2020: Social Intelligence Workshop for Q-SEnSE Leadership (attendees Ye, Regal, Thompson, Lehnert, ONeil et al.)
  • Nov 5, 2020: Q-SEnSE Executive Committee Meeting (9 XC Members)
  • Oct 8, 2020: Q-SEnSE Executive Committee Meeting (9 XC Members)
  • Sep 10, 2020: Q-SEnSE Executive Committee Meeting (9 XC Members)

Invited Talks

  • Jul, 2022: 鈥淓ntanglement-Enhanced Matter-Wave Interferometry in a High-Finesse Cavity,鈥 ICAP International Conference on Atomic Physics, invited talk, Toronto, Canada (Thompson)
  • Jun, 2022: 鈥淓ntanglement for Quantum Sensing in Matter-wave Interferometers, Clocks, and Molecules,鈥 Q-SENSE Annual Meeting, Boulder, CO  (Thompson)
  • Jun, 2022: "Towards Realizing a Quantum Repeater based on a Spin-Photon Quantum Interface", invited talk at DAMOP, Orlando, Florida (Sun)
  • Jun, 2022: "Towards Realizing an All-Photonic Quantum Repeater Based on a Spin-Photon Quantum Interface", invited talk at Quantum 2.0, Boston (Sun)
  • Jun, 2022: 鈥淓ntanglement-Enhanced Matter-Wave Interferometry in a High-Finesse Cavity,鈥 DAMOP Invited talk, Orlando, FL (Thompson)
  • May, 2022: 鈥淎pproaching the Solar Planck Limit with Dual-Comb Passive Thermal Light Spectroscopy鈥 Invited Talk, CLEO 2022 (Diddams et al.)
  • Apr, 2022: "Deterministic Single-photon Optical Nonlinearity Enabled by a Quantum Dot Spin", invited talk at Photonics and Electromagnetics Research Symposium (PIERS) 2021, Hangzhou, China (Hybrid) (Sun)
  • Mar, 2022: 鈥淥ptical lattice clocks: From Timekeepers to Spies of the Quantum Realm鈥, School of Physics Colloquium (virtual presentation), Georgia Institute of Technology, Atlanta, GA (Rey)
  • Mar, 2022: 鈥淪pin squeezing with finite range spin-exchange interactions鈥, invited talk. 85th Annual Conference of the DPG and DPG Spring Meeting (virtual presentation), Erlangen, Germany (Rey)
  • Feb, 2022: 鈥淥ptical lattice clocks: From Timekeepers to Spies of the Quantum Realm鈥, CCQ/CQOM Colloquium (virtual presentation), Center for Complex Quantum Systems, Aarhus University, Aarhus, Denmark (Rey)
  • Jan, 2022: 鈥淓xperiments in Many-body Cavity QED: Entangled Matterwave Interferometers, Superradiant Lasers, and Dynamical Phase Transitions鈥, Quantum Science Seminar Mainz, Virtual (Thompson)
  • Dec, 2021, "How Does Laser Cooling of Molecules Work?", lab presentation to high school students by graduate students Justin Burau, Kameron Mehling, and Parul Aggarwal in Ye group.
  • Nov, 2021, 鈥淧reparing for the Quantum Revolution: What Is the Role of Higher Education?鈥 2nd European Quantum Technologies Conference (virtual) (Lewandowski)
  • Nov, 2021: "Quantum nanophotonics: engineering atom-photon interactions on-a-chip", Rice University, Quantum Seminars (Sun)
  • Oct, 2021: "Quantum nanophotonics: engineering atom-photon interactions on-a-chip", Indiana University鈥揚urdue University Indianapolis (IUPUI), Physics Department Seminar (Sun)
  • Sep, 2021: "Single-photon level nonlinear optics with nanophotonic cavity QED",  invited talk at Annual Meeting of the APS Four Corners Section, Virtual Meeting (Sun)
  • Oct, 2021: 鈥淧reparing to enter the quantum workforce,鈥 Southwest Quantum Information and Technology Workshop, (virtual) (Lewandowski)
  • Sep, 2021: 鈥淭wists, Gaps, Dynamical Phases, and Supperadiant Emission on Ultra-Narrow Optical Transitions,鈥 COSCALI Collective Scattering of Light, Porqerolles, France (Thompson)
  • Sep, 2021: 鈥淧reparing to enter the quantum workforce,鈥 Co-design Center for Quantum Advantage: Quantum Career Fair, (virtual) (Lewandowski)
  • Aug, 2021: 鈥淗iring Challenges in Quantum Information Science鈥, Keynote address, Quantum Workforce Recruitment in Government Workshop, (virtual) Laboratory for Physical Sciences (Lewandowski)
  • Aug, 2021: 鈥淨ED-C Workforce TAC Webinar:  NSF Quantum Centers and their engagement with industry鈥 (Regal)
  • Jul, 2021: 鈥淐avity QED systems: metrology with collective states,鈥 Boulder School for Condensed Matter and Materials Physics: Ultracold Matter, Virtual (Thompson)
  • Jun, 2021: 鈥淧reparing for the Quantum Revolution: What Is the Role of Higher Education?鈥 Software-Tailored Architectures for Quantum Codesign (STAQ) Virtual Summer School, Duke University (virtual) (Lewandowski)
  • Jun, 2021: 鈥淧reparing for the Quantum Revolution: What Is the Role of Higher Education?鈥 QUEST: Quantum Undergraduate Education & Scientific Training Workshop, Cal State San Marcos (virtual) (Lewandowski)
  • Apr, 2021: 鈥淧reparing for the Quantum Revolution: What Is the Role of Higher Education?鈥 Physics Colloquium, University of Utah, Salt Lake City, Utah (virtual) (Lewandowski)
  • Mar, 2021: 鈥淐avity-enhanced non-destructive measurements for determination of the strontium clock transition linewidth with 30 microhertz resolution,鈥 SPIE Photonics West Optical and Quantum Sensing and Metrology (Thompson)
  • Mar, 2021: 鈥淧reparing for the Quantum Revolution: What Is the Role of Higher Education?鈥 DOE Office of Science鈥檚 Quantum Information Science Education Working Group, (virtual) (Lewandowski)
  • Mar, 2021: QED-C Quantum Industry Workforce Needs Survey: Preliminary Results鈥, 2021 QED-C Plenary (virtual) (Lewandowski)
  • Feb, 2021: 鈥淧reparing for the Quantum Revolution: What Is the Role of Higher Education?鈥 NSF Workshop on Quantum Engineering Education, (virtual) (Lewandowski)
  • Jan, 2021: Aerospace Corporation Distinguished Speaker Series (Ye)
  • Dec, 2020: 鈥淏reaking Quantum and Thermal Limits with Collective Physics,鈥 Physics Colloquium, ETH, Zurich, Switzerland (Thompson)  
  • Dec, 2020: USAF Virtual Quantum Collider 2.0, panel member (Lewandowski)
  • Dec, 2020: NSF Project Scoping Workshop: "Does the QISE Community Need a Goal-Oriented Distributed User Facility?" (Ye)
  • Dec, 2020: NQI Community Meeting: NSF, NIST, DOE (Ye, Lewandowski)
  • Dec, 2020: Overview of Q-SEnSE, CUbit, and JILA for the Missile Defense Agency Advanced Technology Directorate (Regal)
  • Nov, 2020: Overview of CUbit and Quantum for CO-Labs and U.S. Congressman Joe Neguse (Ye)
  • Nov, 2020: OSA High Brightness Virtual Conference (Ye)
  • Nov, 2020: 2020 Chicago Quantum Summit, hosted by the Chicago Quantum Exchange (Ye)
  • Oct, 2020: Quantum 2020, hosted by IOP Publishing, Chinese Physical Society and the University of Science and Technology of China (Ye)
  • Oct, 2020 onwards: National Quantum Initiative Advisory Committee, organized by the White House Office of Science and Technology Policy (OSTP) and the U.S. Department of Energy  (Ye)
  • Oct, 2020: ColdQuanta announces public availability of Albert, a remote acess platform for students anywhere to form, manipulate, and study Bose-Einstein Condensates (Anderson)
  • Oct, 2020: IEEE Quantum Week, Quantum Workforce Track, Chair (Lewandowski)
  • Sep, 2020: NSF QLCI Grantees' Meeting (Ye)
  • Sep, 2020: DOE OSA Quantum 2.0 Conference (Ye)
  • Aug, 2020, Virtual Photonics for Quantum 2 Workshop, hosted by Rochester Institute of Technology (Regal)

 

 

Archived Entries

November 2019

  • Kavli Futures Symposium: Achieving a Quantum Smart Workforce (Lewandowski)
  • IEEE Quantum Initiative Sessions at IEEE Rebooting Computing Week 2019 (Lewandowski)