Browsing by Author "Raymer, Michael"

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The Bell Game: Beating the Odds With Quantum Entanglement

Kyser, Margaret; Raymer, Michael (2022)

This comic explores quantum entanglement through the lens of a game show. It celebrates the 2022 Nobel Prize in Physics by explaining how quantum entanglement can be applied in new technology. Created in collaboration ...
Nonlinear Light-Matter Interactions with Entangled Photons and Bright Squeezed Vacuum

Landes, Tiemo (University of Oregon, 2023-03-24)

We investigate the role of time-frequency entanglement in nonlinear interactions of both low- and high-gain broadband squeezed vacuum. Our work is motivated by the large body of research proposing the use of time-frequency ...
Optical Control of Electron Spins in Diamond

Golter, David (University of Oregon, 2015-01-14)

By choosing the right system and using the right techniques, it is possible to achieve reliable control of an individual quantum system in a solid. Certain atom-like solid-state systems are especially suited for this goal. ...
Optomechanical Light Storage and Related Transient Optomechanical Phenomena

Fiore, Victor (University of Oregon, 2015-08-18)

An optomechanical system consists of an optical cavity coupled to a mechanical oscillator. The system used for this work was a silica microsphere. In a silica microsphere, the optical cavity is formed by light that is ...
Propagation of Photons through Optical Fiber: Spin-Orbit Interaction and Nonlinear Phase Modulation

Vitullo, Dashiell (University of Oregon, 2016-11-21)

We investigate two medium-facilitated interactions between properties of light upon propagation through optical fiber. The first is interaction between the spin and intrinsic orbital angular momentum in a linear optical ...
Quantum theory of conditional phonon states in a dual-pumped Raman optical frequency comb

Mondloch, Erin (University of Oregon, 2017-09-27)

In this work, we theoretically and numerically investigate nonclassical phonon states created in the collective vibration of a Raman medium by the generation of a dual-pumped Raman optical frequency comb in an optical ...
Storage, Interference and Mechanical Effects of Single Photons in Coupled Optical Cavities

Mirza, Imran (University of Oregon, 2014-10-17)

We study different phenomena associated with single-photon propagation in optical cavities coupled through optical fibers. We first address the issue of storing and delaying single-photon wavepackets in an array of ...
Temporal-mode interferometry: A technique for highly selective quantum pulse gating via cascaded frequency conversion in nonlinear optical waveguides

Reddy, Dileep (University of Oregon, 2018-04-10)

A new, and thus far only, method to overcome a selectivity barrier in parametrically pumped quantum pulse gates is proposed and experimentally demonstrated for the first time, using frequency conversion of optical temporal ...
Verifying Optical Entanglement

Ray, Megan (University of Oregon, 2013-10-10)

We look at the problem of verifying optical entanglement for two types of states relevant to quantum information processing. One type occurs in Hong-Ou-Mandel interference and is relevant to quantum computing. The other ...
X-ray Scattering Techniques for Coherent Imaging in Reflection Geometry, Measurement of Mutual Intensity, and Symmetry Determination in Disordered Materials

Parks, Daniel (University of Oregon, 2013-10-03)

The advent of highly-coherent x-ray light sources, such as those now available world-wide in modern third-generation synchrotrons and increasingly available in free-electron lasers, is driving the need for improved analytical ...