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source: Institute for Quantum Computing 57:39 Hakan Tureci - A platform to study many-body physics with photons The past decade has seen enormous experimental progress in building superconducting electrical circuits featuring artificial atoms subject to the quantized electromagnetic field of microwave photon... 2:02 QUANTUM: The Exhibition opening On October 13, 2016 we launched QUANTUM: The Exhibition for an invite-only premiere. The exhibition looks at how quantum mechanics and information technology are converging to create the technologi...
source: Institute for Quantum Computing 40:09 Leonid Pryadko - Dephasing with strings attached Is there a difference between the quantum dynamics of a "real" particle and a collective excitation, like that in a spin ice, which creates a measurable gauge field? Leonid Pryadko will argue that ... 5:24 Quantum Etude: A Conversation Here a conversation about the making of a piece written by Edwin Outwater called "Does God Play Dice" created with the help of Raymond Laflamme. This piece was first performed as part of the Inters...
source: Institute for Quantum Computing 2016年12月7日 On November 30, 2016, more than 100,000 people worldwide participated in the BIG Bell Test, providing unpredictable measurements in the form of ones and zeros. Scientists around the world used the data in their Bell tests to perform real-time measurements. Former Artist in Residence at the Institute for Quantum Computing (IQC) used three different sources of random data, including the data collected by the BBT, to create Randomness: A Visual Study. The resulting visualization, which used nearly 50 000 000 ones and zeros gathered globally, is a unique creation. Learn more: https://uwaterloo.ca/institute-for-qu...
source: Institute for Quantum Computing 2016年12月22日 In September, members of IQC's Quantum Photonics Lab traveled to Smith Falls and Ottawa to transmit a quantum key securely from a source on the ground to a receiver on an aircraft, the first of it's kind in Canada.
source: Institute for Quantum Computing 2016年11月18日
Much of what we understand about the world comes from our eyes, which sense the colours from red to violet that are expressed in the rainbow.
Yet we know that this patch of colours is just a small island in the vast electromagnetic spectrum, which extends from radio waves to gamma rays. Two invisible regions of great importance to us are those just over and just under the rainbow - the infrared and ultraviolet, respectively. These were discovered about 200 years ago in inspired experiments that anyone can understand, originally conducted by Frederick William Herschel and Johann Wilhelm Ritter. Only recently has it come to be understood that a variety of animals live in a visual world totally unfamiliar to us, particularly in the ultraviolet.
The ultraviolet is a realm fundamentally ruled by quantum physics, and the scene of a discovery that laid the foundation of the quantum theory of matter. The birds and the bees seem unaware of this, but they make fruitful use of it every day.
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source: Institute for Quantum Computing 2016年5月19日
Mike and Ophelia Lazaridis distinguished visiting professor Sir Anthony Leggett continues his 2016 lecture series on topological superconductors at the Institute for Quantum Computing. May 17, 2016 to June 23rd, 2016.
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source: Institute for Quantum Computing 2016年6月23日
The Relativistic Quantum Information North (RQI-N) Conference brings together an interdisciplinary community of researchers at the interface of quantum information science and relativity.
The seventh RQI-N Conference was hosted by and at the Institute for Quantum Computing.
José de Ramón Rivera - On thermalization timescales... 11:23
Esteban Castro-Ruiz - Entanglement of quantum clocks through gravity 12:05
Juan León - Remote states, Reeh-Schlieder theorem... 35:37
Andrzej Dragan - Effect of gravity on localized two-mode Gaussian 31:47
Aidan Charwin Davies - The Cosmological Signature... 12:53
Jason Pye - Locality and entanglement in bandlimited... 9:40
Nicholas Funai - Using quantum energy teleportation to create exotic spacetimes 12:57
Tim Ralph - Quantum Circuit Models for Interaction with... 29:24
Nick Menicucci - Sonic relativity and the observers who hear its call 38:51
Guillaume Verdon-Akzam - Asymptotically limitless quantum energy teleportation 10:18
Eric Brown - Accelerating in a Thermal Bath 12:57
Belinda Pang - On decoherence under gravity... 14:24
Krzysztof Lorek - Unruh effect as a two-mode Gaussian channel 10:13
Filip Kiaka - Spatial entanglement of nonvacuum Gaussian states 12:46
Daniel Terno - Spin and localisation of relativistic fermions 34:43
Jeff Steinhauer - Observation of thermal Hawking radiation... 32:07
Barry Sanders - Precise space–time positioning for entanglement harvesting 34:26
source: Institute for Quantum Computing 2015年10月13日
Raymond Laflamme, Executive Director of IQC sits down with Mike Farwell and discusses Canada’s next great technological revolution.
Recorded at IQC's Open House - October 3rd, 2015
57:39 Hakan Tureci - A platform to study many-body physics with photons The past decade has seen enormous experimental progress in building superconducting electrical circuits featuring artificial atoms subject to the quantized electromagnetic field of microwave photon... 
2:02 QUANTUM: The Exhibition opening On October 13, 2016 we launched QUANTUM: The Exhibition for an invite-only premiere. The exhibition looks at how quantum mechanics and information technology are converging to create the technologi...
