Publications by Flavio Maurizio Mor

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Life sciences have a constantly growing need for novel methodological approaches suitable to investigate the intracellular environment with increased temporal and spatial resolutions. Recently, optical near-field probes, such as laser-irradiated pointed me ...

Observation of the Brownian motion of a small probe interacting with its environment provides one of the main strategies for characterizing soft matter. Essentially, two counteracting forces govern the motion of the Brownian particle. First, the particle i ...

Optical tweezers are commonly used and powerful tools to perform force measurements on the piconewton scale and to detect nanometer-scaled displacements. However, the precision of these instruments relies to a great extent on the accuracy of the calibratio ...

Perovskite alkaline niobates, due to their strong nonlinear optical properties, including birefringence and the capability to produce second-harmonic generation (SHG) signals, attract a lot of attention as potential candidates for applications as local nan ...

Near-infrared (NIR) light sensitive lanthanide-doped NaYF4 upconversion particles (UCPs) are gaining increasing attention as local probes in biomedical applications. Here, we implemented a photonic force microscope (PFM) to manipulate and study the optical ...

Einstein's stochastic description of the random movement of small objects in a fluid, i.e. Brownian motion, reveals to be quite different, when observed on short timescales. The limitations of Einstein's theory with respect to particle inertia and hydrodyn ...

Flavio Maurizio Mor

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Developing luminescent Brownian probes for near-field investigations of the intracellular environment

Resonances arising from hydrodynamic memory in Brownian motion

Calibration of optical tweezers with non-spherical probes via high-resolution detection of Brownian motion

Single potassium niobate nano/microsized particles as local mechano-optical Brownian probes

Upconversion Particle as a Local Luminescent Brownian Probe: A Photonic Force Microscopy Study

Exploiting the color of Brownian motion for high-frequency microrheology of Newtonian fluids