Diamond and Carbon-based Materials Research

Intranuclear Quantum Sensing with Fluorescent Nanodiamond Enabled by Electron-Irradiation and Surface-Chemical Optimization for Microinjection

This paper develops a method to inject fluorescent nanodiamonds into cell nuclei for quantum sensing, achieving clear intranuclear ODMR signals and temperature mapping.

Imaging Intrinsic Stochastic Magnetic Fluctuations in Living Cells

This paper introduces BISPIN, a framework to quantify weak stochastic magnetic fluctuations in living cells, distinguishing live cells from fixed ones and mapping subcellular magnetic activity.

Detecting Mitochondrial Free Radicals with Quantum Sensors: From Organelles to a D. melanogaster Model of Neurodegeneration

This paper uses quantum sensors to detect free radicals in Drosophila Parkinson's model, distinguishing Pink1-deficient flies from controls by identifying unique radical signatures.

Deep-brain thermo-endomicroscopy

This paper introduces a lensless fiber-optic quantum-sensing endomicroscopy to map temperature at cellular resolution in the mouse deep brain, revealing heterogeneous temperature changes during anesthesia.

Quantum Sensing Reveals Chemotherapy Induced Persistent Oxidative Footprints in Fixed Brain Cancer Cells

This paper uses quantum sensors to detect persistent oxidative damage in fixed glioblastoma cells after chemotherapy, showing potential for improved cancer diagnostics and treatment monitoring.

Tumor Spheroid Uptake of Fluorescent Nanodiamonds is Limited by Mass Density: a 4D Light-Sheet Assay

This study investigates how the mass density of fluorescent nanodiamonds affects their uptake by tumor spheroids using a 4D light-sheet microscopy assay.

Probing Nanoscale Electrochemical Phenomena with Nitrogen-Vacancy Centers inDiamond

This study investigates how the fluorescence of nitrogen-vacancy nanodiamonds depends on pH, revealing insights into nanoscale electrochemistry and potential applications in pH sensing and fuel technology.