16 August 2013

Los Alamos Event Horizon

In Kona, Hawai‘i, in July 2013, I met Richard J. Hughes, then a Laboratory Fellow in the Physics Division at Los Alamos National Laboratory. Hughes had founded and co-led the Laboratory’s Quantum Communications team and served as Scientific Director of its Quantum Institute.

Few institutions represent science at the frontier of consequence as powerfully as Los Alamos. Established in 1943 as Project Y of the Manhattan Project, the Laboratory was built to turn problems at the edge of the possible into national capability.

Hughes had also chaired the Technology Experts Panel that produced A Quantum Information Science and Technology Roadmap, serving as its document coordinator. That roadmap had strongly influenced the direction of my graduate work.

When I introduced myself at the conference, I told him how much his leadership had meant to me.

“To the contrary,” he replied. “It’s an honor for me to meet you—you inspired me.”

I was taken aback. “How could that be? I was only a graduate student at the time.”

Hughes referred to the collection of technology-assessment reports I had prepared through my work with the Advanced Research and Development Activity’s QuIST program. Working from Roppongi Hills in Tokyo, I traveled to leading national laboratories, universities, and corporate research institutes across East Asia and Europe to assess the emerging quantum-information landscape. The resulting reports were circulated among scientists and program leaders across the United States.

Hughes told me that those assessments had helped demonstrate the value of a structured national appraisal of the field. They informed, he said, his approach to organizing the expert-led roadmap effort.

That exchange changed my understanding of scientific influence. Work can travel much farther through institutions than its author is ever permitted to see.

Our conversation led Hughes to invite me to visit Los Alamos.

“How long should I schedule?” I asked. “Two days, two weeks, two months?”

He winked. “You know, Los Alamos is a black hole. With all the exciting projects we have going on here, you might disappear altogether—and never leave.”

— Read the contemporaneous account I wrote after returning from Kona.

10 July 2013

The next frontier of quantum communications


Listening to Rupert Ursin's closing talk on Free-Space Quantum Communication towards Satellites

Over the last week, we shared the sunset from the summit of Mauna Kea, tracked binary star clusters and shining nebulae from telescopes atop the mountain, joined a round of native Hawaiian chants to give thanks to the land, the jungle and our ancestors in a hand-built, solar-powered treehouse deep in the rainforest — snorkeled through the same crystalline waters as the sea turtles and dolphins in Waikoloa Bay, enjoyed fresh coconut water and enchanted conversations on quantum mechanics and the nature of reality as whirling dervishes, beautiful dancers flitted around us at the naked drum circle of Kehena's black sand beach  took in arms-length views of active cliffside lava flows and giant, billowing sulfuric gas clouds, violently heaving and shaking the ground beneath our feet, erupting into massive steam columns as they crashed into the ocean, slicing through the thin ribbon of coastline interface between land and sea, dead in the middle of the night, miles from civilization ... 


The Next Frontier of Quantum Communications — with Richard Hughes, Tim Ralph, Wolfgang Tittel, Jaewan Kim and Masahide Sasaki at the IEEE Quantum Photonics and Communications Meeting, Hilton Waikoloa, Hawaii






02 April 2013


Alan Aspuru-Guzik granted tenure at Harvard University 
"Breaking news: I just found out I got tenure 10 minutes ago. Thanks to all my friends for their support!"
Alan Aspuru-Guzik
Quantum physicist Andrew White among new Australian Academy of Science Fellows University of Queensland  "Professor White  has built an international reputation through his work in quantum physics. His characterization of a quantum logic gate, the fundamental building block of a quantum computer, has set the standard in the field. His research has been published extensively in numerous high-profile journals such as Nature Communications, Science, Physical Review Letters, Proceedings of the National Academy of Sciences and New Journal of Physics."