• RICAM

    The Johann Radon Institute for Computational and Applied Mathematics (RICAM) of the Austrian Academy of Sciences was founded in 2003 by Heinz W. Engl. RICAM focuses on basic research in applied mathematics, and within the Institute mathematicians from all around the globe collaborate on common core areas in mathematical modeling, simulation, inverse problems and optimization.

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  • RICAM

    The Johann Radon Institute for Computational and Applied Mathematics (RICAM) of the Austrian Academy of Sciences was founded in 2003 by Heinz W. Engl. RICAM focuses on basic research in applied mathematics, and within the Institute mathematicians from all around the globe collaborate on common core areas in mathematical modeling, simulation, inverse problems and optimization.

    Read more
  • RICAM

    The Johann Radon Institute for Computational and Applied Mathematics (RICAM) of the Austrian Academy of Sciences was founded in 2003 by Heinz W. Engl. RICAM focuses on basic research in applied mathematics, and within the Institute mathematicians from all around the globe collaborate on common core areas in mathematical modeling, simulation, inverse problems and optimization.

    Read more
  • RICAM

    The Johann Radon Institute for Computational and Applied Mathematics (RICAM) of the Austrian Academy of Sciences was founded in 2003 by Heinz W. Engl. RICAM focuses on basic research in applied mathematics, and within the Institute mathematicians from all around the globe collaborate on common core areas in mathematical modeling, simulation, inverse problems and optimization.

    Read more
  • RICAM

    The Johann Radon Institute for Computational and Applied Mathematics (RICAM) of the Austrian Academy of Sciences was founded in 2003 by Heinz W. Engl. RICAM focuses on basic research in applied mathematics, and within the Institute mathematicians from all around the globe collaborate on common core areas in mathematical modeling, simulation, inverse problems and optimization.

    Read more
  • RICAM

    The Johann Radon Institute for Computational and Applied Mathematics (RICAM) of the Austrian Academy of Sciences was founded in 2003 by Heinz W. Engl. RICAM focuses on basic research in applied mathematics, and within the Institute mathematicians from all around the globe collaborate on common core areas in mathematical modeling, simulation, inverse problems and optimization.

    Read more

The Johann Radon Institute for Computational and Applied Mathematics (RICAM) of the Austrian Academy of Sciences was founded in 2003 by Heinz W. Engl. RICAM focuses on basic research in applied mathematics, and within the Institute mathematicians from all around the globe collaborate on common core areas in mathematical modeling, simulation, inverse problems and optimization.

Read more


Jobs

 

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PhD position in Inverse Problems and Mathematical Imaging, project Cong Shi

part-time, 30 hours per week

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News

 

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Public focus on focused ultrasound

The recent edition of „Heureka“, a science magazine of Austrian newspaper „Falter“, is featuring our colleague Simon Hackl. These…

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Events

 

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Feb
26
May
17

Special Semester on Rigidity and Flexibility

Type: Special Semester
Location: RICAM, SP2
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Apr
29
May
03

Workshop 5 "Kinematic Aspects of Robotics"

Speaker:
Type: Special Semester
Location: SP2 416-2
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May
02
10:15

Group Seminar: Group Geometry in Simulations

Speaker: Thomas Takacs
Type: Group Seminar
Location: SP4 025
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Recently Published

  • Kunisch, Karl; Vásquez-Varas, Donato (2023) Smooth approximation of feedback laws for infinite horizon control problems with non-smooth value functions. Bericht-Nr. 2312.11981; Arxiv:.
    DOIDownloadRISENWBIB
  • Juettler, Bert; Schicho, Josef; Sir, Zbynek (2023) Apollonian de Casteljau-type algorithms for complex rational Bézier curves. COMPUT AIDED GEOM D, Bd. 107, S. ARTN 102254.
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  • Amdeberhan, Tewodros; Moll, Victor H.; Santander, John Lopez; McLaughlin, Ken; Koutschan, Christoph (2023) Collisionless shock region of the KdV equation and an entry in Gradshteyn and Ryzhik. Physica D: Nonlinear Phenomena, Bd. 456, S. 133909.
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  • Senapati, Soumen; Sini, Mourad; Wang, Haibing (2023) RECOVERING BOTH THE WAVE SPEED AND THE SOURCE FUNCTION IN A TIME-DOMAIN WAVE EQUATION BY INJECTING CONTRASTING DROPLETS. DISCRETE CONT DYN-A.
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