Distributed entangled quantum states can enable a quantum advantage for many applications in the fields of quantum sensing, communications, and computing, but creating such states remains a challenge. Realizing a source of distributed entanglement that operates with high rates and low errors requires a high-performance quantum network. There are currently a variety of quantum networking architectures and implementations being pursued, targeting a range of scales and application spaces. This workshop will bring together a community of experts to identify the following:

1) Application spaces that are of a broad interest nationally

2) Specific network performance requirements for these applications

3) Hardware implementations that hold the most promise for realizing these requirements

4) Current quantum workforce needs and opportunities for workforce development

There will be a focus on near-term applications that can be realized on the 1 to 10-year time scale. This workshop is organized by the NSF NQVL ASPEN-Net Pilot Project team in partnership with Optica. The ASPEN-Net project is pursuing an all-optical approach to quantum networking with the aim to construct multiple quantum networking testbeds nationwide. This workshop will help to identify future users, collaborators and partners for the ASPEN-Net project and will inform the development of a workforce development plan and a strategic plan for the construction of the ASPEN-Net testbeds.

This informal networking event will kick-start a busy conference week and provide attendees with an opportunity to meet peers and colleagues.

Enjoy food and drinks with your colleagues during the conference reception. Admission to the reception is included with a Full Technical Registration. Additional guest tickets may be purchased for USD 75.

The late H. Jeff Kimble (1949-2024) profoundly influenced quantum optics and quantum information. He developed and explored Optical Parametric Oscillators, cavity QED and waveguide QED as platforms to study non-classical states of light, strong coupling of atoms with the electromagnetic field, quantum teleportation and networking and far from equilibrium open quantum systems. His foundational experimental and theoretical work forged critical links between the fields of AMO physics, precision measurement and quantum information science. The legacy of his more than four decades of groundbreaking research endures through his former students, postdoctoral associates and collaborators. This memorial session brings together a strong group of them to share their recent research and reflect on the enduring legacy of H. Jeff Kimble’s work.

Experience the haunting beauty of Alcatraz after dark. This exclusive evening tour offers a unique, atmospheric journey through the infamous former prison, complete with expert guides, dramatic views of the San Francisco skyline and behind-the-scenes access to areas not open during the day.

The conference concludes with a closing toast, providing an opportunity to reflect on the week and discuss learnings with fellow attendees.

Join us for a full-day tour exploring quantum science research at UC Berkeley and Lawrence Berkeley National Lab.

Tickets can be purchased when registering for the meeting for USD 45.

All attendees must provide proof of U.S. citizenship or documentation of their country of birth if they are not U.S. citizens. Please note that individuals born in Iran, Russia, Syria, or Cuba will not be granted access to UC Berkeley facilities.

Tour Itinerary
09:00 – 10:30
Meet at Hilton San Francisco Union Square and shuttle to UC Berkeley

10:30 – 11:45
UC Berkeley Lab Tours

12:00 – 13:00
Presentation & Working Lunch

13:00 – 14:30
Lawrence Berkeley National Lab Tour

15:00 – 16:00
Shuttle from UC Berkeley to Hilton San Francisco Union Square