Search Results - Marc Simon

Marc H. Simon



Marc H. Simon is an American filmmaker and entertainment attorney.

He created, wrote and produced ''After Innocence'', which won the special jury award at the 2005 Sundance Film Festival, before going on to receive other recognition, including its selection as a semi-finalist for Best Feature Documentary at the 78th Academy Awards. ''Nursery University'' (2008) marked Simon's feature directorial debut. The film premiered at Toronto's Hot Docs Film Festival. The documentary ''Unraveled'' (2011) was Simon's second directing effort and third as a producer. The film centers around prominent lawyer Marc Dreier, who was arrested for orchestrating a massive fraud scheme that netted hundreds of millions of dollars from hedge funds.

Simon also served as lead legal counsel for films such as ''Winter's Bone'', ''The Kids Are All Right'', Werner Herzog's ''Cave of Forgotten Dreams'' and ''Money''. As of June 2020, Simon has been named Chair of an American law firm Fox Rothschild's Entertainment Law Department.

Simon is a graduate of Cardozo Law School and the University of Pennsylvania. Provided by Wikipedia
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    Semi-Automated Graphical System for Calculating Pulmonary Vascular Impedances in a Clinical Setting by Timothy Bachman, Kang Kim, Marc Simon

    Published 2021-01-01

    <italic>Goal:</italic> Create a semi-automated, graphical, stand-alone application that uses clinically available asynchronous pressure and Doppler velocity captures to rapidly calculate, display, and interpret the pulmonary vascular impedance (PVZ) spectra. <italic>Methods:</it...

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    High-resolution electron–multi-ion coincidence set-up for gas-phase experiments in the tender and hard X-ray range by Edwin Kukk, Regis Vacheresse, Iyas Ismail, Tatiana Marchenko, Renaud Guillemin, Maria Novella Piancastelli, Marc Simon, Oksana Travnikova

    Published 2025-07-01

    The MUSTACHE setup (MUlti-STep photofragmentation studies by Auger electron–ion Coincidences using High Energy photons) is a high-resolution electron–multi-ion coincidence system optimized for gas-phase experiments in the tender (∼2–10 keV) and hard (>5 keV) X-ray range. The system integrates a h...

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