Joshua Caldwell
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Vanderbilt announces Innovation Catalyst Fund cycle awardees
Vanderbilt University has awarded a new cycle of Innovation Catalyst Fund grants to pioneering faculty projects that advance health care technology, AI tools for research impact and wearable devices. These grants support translational research and drive real-world solutions across disciplines, underscoring Vanderbilt's commitment to fostering innovation and societal impact. Read MoreNov 6, 2024
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Caldwell collaboration wins prestigious Office of Naval Research MURI grant
Professor Josh Caldwell was awarded a MURI grant from Office of Naval Research that provides up to $1.5M per year for five years to study twist optics using so-called two-dimensional materials with defined crystal misorientations, which has the potential to lead to new laser sources, compact optical components for on-chip photonics, and electro-optics. Read MoreApr 20, 2023
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Diermeier outlines Vanderbilt’s global path forward, presents faculty awards
Chancellor Daniel Diermeier has placed a strong priority on expanding Vanderbilt’s global presence as the university prepares to celebrate its sesquicentennial next year. Diermeier said during his remarks at Fall Faculty Assembly on Sept. 1 that building Vanderbilt’s international reputation is “top of mind every day” for the university’s leadership. Read MoreSep 2, 2022
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International research collaboration reveals new possibilities in nanophotonics
Joshua Caldwell, Flowers Family Chancellor’s Faculty Fellow in Engineering and associate professor of mechanical engineering, and Joseph Matson, a graduate student in Caldwell’s lab, have contributed to an international study that has discovered a new type of light-matter coupling. The work has long-term implications for how optical components can be even further miniaturized, a discovery... Read MoreMar 3, 2022
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International research collaboration reveals new possibilities in nanophotonics
Josh Caldwell and graduate student Joseph Matson are part of a team that has discovered how asymmetric light-matter interactions may enable new ways to guide and process optical signals on chips and design compact infrared optical components. Read MoreMar 3, 2022
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Research Snapshot: Breakthrough measurements/theory of vibrating atoms in nanostructures ushers in new class of technology
Vanderbilt, Oak Ridge National Laboratory, the University of Virginia and international collaborators merge breakthrough experiments and theory of nanomaterial behavior to usher in the next wave of technology. Est. reading time: 3.5 mins. Read MoreJan 26, 2022
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Breakthrough measurements/theory of vibrating atoms in nanostructures ushers in new class of technology
Vanderbilt researchers Sokrates Pantelides and Joshua Caldwell are part of an international collaboration that has demonstrated a new way to manipulate and measure subtle atomic vibrations in nanomaterials. This breakthrough could make it possible to develop customized functionalities to improve on and build new technologies. Sokrates Pantelides (Vanderbilt University) Joshua Caldwell (Vanderbilt University) Electron beams... Read MoreJan 26, 2022
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Novel advanced light design and fabrication process could revolutionize sensing technologies
Vanderbilt and Penn State engineers have developed a novel approach to design and fabricate thin-film infrared light sources with near-arbitrary spectral output driven by heat, along with a machine learning methodology called inverse design that reduced the optimization time for these devices from weeks or months on a multi-core computer… Read MoreOct 21, 2021
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Novel advanced light design and fabrication process could revolutionize sensing technologies
Vanderbilt and Penn State engineers have developed a novel approach to design and fabricate thin-film infrared light sources with near-arbitrary spectral output driven by heat, along with a machine learning methodology called inverse design that reduced the optimization time for these devices from weeks or months on a multi-core computer to a few minutes on... Read MoreOct 21, 2021
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Photonics discovery portends dramatic efficiencies in silicon chips
A team led by Vanderbilt engineers has achieved the ability to transmit two different types of optical signals across a single chip at the same time. The breakthrough heralds a potentially dramatic increase in the volume of data a silicon chip can transmit over any period of time. With this project, the research team moved... Read MoreMar 1, 2021
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Researchers develop unique process for producing light-matter mixture
Discovery provides insight for developing next generation optoelectronic and infrared devices In groundbreaking new research, an international team that includes a Vanderbilt engineer has developed a unique process for producing a quantum state that is part light and part matter. Read MoreDec 7, 2020
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Caldwell, Hatzell are inaugural Flowers Family Faculty Fellows in Engineering
Mechanical engineering professors Joshua Caldwell and Kelsey Hatzell are inaugural recipients of Flowers Family faculty awards. Caldwell is the Flowers Family Chancellor Faculty Fellow in Engineering. Hatzell is the Flowers Family Dean's Faculty Fellow in Engineering. Read MoreApr 27, 2020
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Phase change materials demonstrate promise in propagating photons for data transmission
A team learned that the broad gradient in the infrared optical properties of vanadium dioxide, as it transitions from insulating to metallic, offers distinct implications for nanophotonics. Read MoreNov 19, 2018
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Hyperlens crystal capable of viewing living cells in unprecedented detail
A fundamental advance in the quality of an optical material used to make hyperlenses makes it possible to see features on the surface of living cells in greater detail than ever before. Read MoreDec 11, 2017