Yearly Archives: 2024

UMRAM/NSC-ASBAM Spring 2024 Seminars: ”Complex computations in tiny brains – stereoscopic vision in insects”

Dr. Ronny Rosner  Johannes Gutenberg-Universität Mainz, Germany   Date/Time: Thursday, 30 May 2024, 16:30 Place: SC106 (UMRAM) Most insect brains surpass any man-made control system in their ability to autonomously orient within 3D space. Moreover, although insects are evolutionarily distant from vertebrates, studying their more accessible brains can hold profound implications for understanding fundamental neural mechanisms. As […]

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UMRAM presentations at ISMRM 2024

    UMRAM had broad participation in the 2024 ISMRM & ISMRT Annual Meeting & Exhibition held 04-09 May 2024 in Singapore. Two educational lectures as well as five oral, one power pitch and two digital poster presentations were delivered by UMRAM faculty and students.   Educational lecture: Dr. Ergin Atalar: “Gradient Coil Design” Dr. […]

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Prof. Tolga Çukur Named Fellow of ISMRM

Prof. Tolga Çukur of the Department of Electrical and Electronics Engineering and director of UMRAM has been named a fellow of International Society for Magnetic Resonance in Medicine (ISMRM). ISMRM is an international, nonprofit, scientific association whose purpose is to promote communication, research, development and applications in the field of magnetic resonance in medicine and […]

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Wiener Filtering in Joint Time-Vertex Fractional Fourier Domains

We are excited to share our latest work on joint time-vertex signal processing published in IEEE Signal Processing Letters! In this paper, we explore the complexities of time-varying graph signals and how they can be more efficiently processed using the joint time-vertex framework. Traditionally, separating signal from noise in these structures has posed significant challenges. […]

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UMRAM/NSC-ASBAM Spring 2024 Seminars: “Zero to ultralow-field NMR and MRI with optically pumped magnetometers”

Dr. Deniz Aybas Tumturk Bilkent University  Date/Time: Thursday, 18 April 2024, 16:30-17:30 Location: SC-106 Abstract: We use optically pumped alkali atoms near room-temperature to measure perturbations in the local magnetic fields. These perturbations can be sourced from astrophysical particles that have magnetic signatures, or from nuclear magnetic resonance (NMR) signals of liquid or solid samples. Optically pumped magnetometers […]

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