WELCOME !
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Hello! My name is Caio, and I am a tenured research engineer at the Institut Curie (INSERM) in Paris. Here, I have been working with Biophysical Imaging (i.e., imaging biophysical properties of cells) since 2024.
This is my homepage, where I share my updates, research activities, and science communication content. You will also find a section dedicated to scientific networking, featuring photos of memorable moments with people I have met along my career path — collaborators, mentors, and colleagues. Who knows? We might even have some connections in common (the scientific world is pretty small, isn’t it?).
My current research is to develop novel state-of-the-art quantitative imaging methods while I attempt to provide biologists novel imaging solutions leveraged by AI to study cancer cells and processes in deeper detail. To perform this role, I am a member of two research teams at the Chemical Biology of Cancer (CBC) unit at the Institut Curie: (i) the Endocytic Trafficking and Intracellular Delivery team, focused on cell biology of cancer; (ii) the SAIRPICO team, focused on computational biology and artificial intelligence (bioimage analysis using AI).
Most importantly, this website is an open channel for international collaborations. If you're interested in working together or if you're a student looking for an internship opportunity, feel free to reach out (here).
Beyond science, I also enjoy photography, and this site includes a gallery with my perspective of the places I’ve worked and traveled to. Besides, I love art and the process of doing art. With time, I have plans to include in this website the work from some artists I know in person. Disconnecting from science is important to get some creative inspiration, to think a little bit out of the box. I believe that art is science of feeling, and science is the art of understanding. Maybe the easiest way to think out of the box is just to stay a little bit out of it, just for a while. What do you think? Where do you get your inspiration?
Enjoy your visit, and let’s keep in touch!
Cheers!
Caio VAZ RIMOLI, Ph.D.
Caio VAZ RIMOLI, Ph.D.
Research interests:
Optical methods
Biophysical imaging
Biomimetic model systems
Interpretable analytical methods
Figure 01 - Photo taken during my first months of my PhD studies at the Institut Fresnel (Marseille, France, 2016).
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scattering media; minimally invasiveness; photometry; machine learning; linear algebra; animal behavior, Fluorescence microscopy; polarized fluorescence microscopy; super-resolution microscopy; single-molecule approaches; single-molecule orientation and wobbling; labeling strategies; actin cytoskeleton; actin binding proteins; actin filament organization; cell morphology, migration, and contractility; cancer cell behavior, Antimicrobial biomolecular interactions; cell membrane perturbation mechanisms; lipid interactions; nonlinear SFG vibrational spectroscopy; surface thermodynamics; Langmuir films; chitosan-lipid membrane interactions; biomimetic membrane behavior, Time-resolved excited-state dynamics; ultrafast (fs) pump-probe spectroscopy; photosynthetic models; bionanotechnology; exciton dynamics; bandgap architectures; energy flow behavior CAIO VAZ RIMOLI - SCIENCE HOMEPAGE - CAIO VAZ RIMOLI - SCIENCE HOMEPAGE - CAIO VAZ RIMOLI - SCIENCE HOMEPAGE - CAIO VAZ RIMOLI - ENDOSCOPY - MICROSCOPY - SUPER-RESOLUTION - BIOIMAGING - FLUORESCENCE - SPECTROSCOPY - NONLINEAR - BIOMEMBRANES - ACTIN FILAMENTS - CELL - FIBER PHOTOMETRY - NON-NEGATIVE MATRIX FACTORIZATOIN - NMF - PATTERN - MULTIMODE FIBER - RESEARCH - NEUROSCIENCE - BIOMOLECULAR INTERACTIONS - SFG - PUMP-PROBE - LIPID - PROTEIN - BIOMOLECULE - CARBOHYDRATES - CAIO VAZ RIMOLI - SCIENCE HOMEPAGE - CAIO VAZ RIMOLI - SCIENCE HOMEPAGE - CAIO VAZ RIMOLI - SCIENCE HOMEPAGE - CAIO VAZ RIMOLI - CAIO VAZ RIMOLI - SCIENCE HOMEPAGE - CAIO VAZ RIMOLI - SCIENCE HOMEPAGE - CAIO VAZ RIMOLI - SCIENCE HOMEPAGE - CAIO VAZ RIMOLI - ENDOSCOPY - MICROSCOPY - SUPER-RESOLUTION - BIOIMAGING - FLUORESCENCE - SPECTROSCOPY - NONLINEAR - BIOMEMBRANES - ACTIN FILAMENTS - CELL - FIBER PHOTOMETRY - NON-NEGATIVE MATRIX FACTORIZATOIN - NMF - PATTERN - MULTIMODE FIBER - RESEARCH - NEUROSCIENCE - BIOMOLECULAR INTERACTIONS - SFG - PUMP-PROBE - LIPID - PROTEIN - BIOMOLECULE - CARBOHYDRATES - CAIO VAZ RIMOLI - SCIENCE HOMEPAGE - CAIO VAZ RIMOLI - SCIENCE HOMEPAGE - CAIO VAZ RIMOLI - SCIENCE HOMEPAGE - CAIO VAZ RIMOLI - CAIO VAZ RIMOLI - SCIENCE HOMEPAGE - CAIO VAZ RIMOLI - SCIENCE HOMEPAGE - CAIO VAZ RIMOLI - SCIENCE HOMEPAGE - CAIO VAZ RIMOLI - ENDOSCOPY - MICROSCOPY - SUPER-RESOLUTION - BIOIMAGING - FLUORESCENCE - SPECTROSCOPY - NONLINEAR - BIOMEMBRANES - ACTIN FILAMENTS - CELL - FIBER PHOTOMETRY - NON-NEGATIVE MATRIX FACTORIZATOIN - NMF - PATTERN - MULTIMODE FIBER - RESEARCH - NEUROSCIENCE - BIOMOLECULAR INTERACTIONS - SFG - PUMP-PROBE - LIPID - PROTEIN - BIOMOLECULE - CARBOHYDRATES - CAIO VAZ RIMOLI - SCIENCE HOMEPAGE - CAIO VAZ RIMOLI - SCIENCE HOMEPAGE - CAIO VAZ RIMOLI - SCIENCE HOMEPAGE - CAIO VAZ RIMOLI -CAIO VAZ RIMOLI - SCIENCE HOMEPAGE - CAIO VAZ RIMOLI - SCIENCE HOMEPAGE - CAIO VAZ RIMOLI - SCIENCE HOMEPAGE - CAIO VAZ RIMOLI - ENDOSCOPY - MICROSCOPY - SUPER-RESOLUTION - BIOIMAGING - FLUORESCENCE - SPECTROSCOPY - NONLINEAR - BIOMEMBRANES - ACTIN FILAMENTS - CELL - FIBER PHOTOMETRY - NON-NEGATIVE MATRIX FACTORIZATOIN - NMF - PATTERN - MULTIMODE FIBER - RESEARCH - NEUROSCIENCE - BIOMOLECULAR INTERACTIONS - SFG - PUMP-PROBE - LIPID - PROTEIN - BIOMOLECULE - CARBOHYDRATES - CAIO VAZ RIMOLI - SCIENCE
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