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Our main goal is to unlock ultrasound imaging inside organs that are still inaccessible to existing clinical ultrasound scanners, in particular bones and the adult human brain. Our ambition is to
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Challenge: Developing high-speed 3D ultrasound localization microscopy (ULM) Change: State-of-the-art artificial intelligence (AI) techniques to improve ULM Impact: Enable visualizing 3D
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biomedical research. Ultrasound Localization Microscopy (ULM) is a breakthrough imaging modality that enables scientists to visualize the microvasculature of living organisms with a 10 microns precision
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locomotion, MRI visibility, and induced reshaping of the robot while medical ultrasound is able to visualize the robot and trigger on-demand release of payload from. Introduction of bio-orthogonal chemistry
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products and processes. We have recenlty discovered a novel, ultrasound-induced mechanism that creates local order in colloidal gels [Saint-Michel, Petekidis & Garbin, Soft Matter 18, 2092 (2022)]. In
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products and processes. We have recenlty discovered a novel, ultrasound-induced mechanism that creates local order in colloidal gels [Saint-Michel, Petekidis & Garbin, Soft Matter 18, 2092 (2022)]. In
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sciences oriented research and instrumentation/method development to direct clinical applications. We pioneer in optical neuro-imaging, super-resolution microscopy, MRI, ultrasound, OCT, and scattering and
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clinical applications. We pioneer in optical neuro-imaging, super-resolution microscopy, MRI, ultrasound, OCT, and scattering and diffraction based diagnostics. In the domain of digital society we achieve
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gels will enable the next generation of sustainable products and processes. We have recenlty discovered a novel, ultrasound-induced mechanism that creates local order in colloidal gels [Saint-Michel
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development to direct clinical applications. We pioneer in optical neuro-imaging, super-resolution microscopy, MRI, ultrasound, OCT, and scattering and diffraction based diagnostics. In the domain of digital