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Application & Methods

Scientific Applications and Methods

For Life Science, Materials Science, and Quantum Optics

Scientific discovery requires both the right research context and the appropriate measurement approach. Explore how different fields and techniques work together to reveal dynamic processes with high precision.

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Explore Key Scientific Fields

Select a research field and switch between applications and methods to explore how measurement approaches enable insight into complex systems across disciplines.

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Switcher A&M
Schematic illustration of nanostructured materials on a substrate, highlighting heterogeneous nanoscale architectures relevant for optical and time-resolved characterization of nanomaterials.
Materials Science

Nanomaterials Research

Time-resolved photoluminescence emission spectrum with three peaks from different layers. Adapted from Buschmann et al., J Appl Spectrosc 80, 449–457 (2013).
Materials Science

Semiconductor Research

Representative surface structure of a solar cell used for optical characterization studies.
Materials Science

Solar Cell Characterization

illustration of a van der Waals heterostructure emitting quantum light
Materials Science

2D Materials Research

Fluorescence lifetime imaging reveals spatial heterogeneity along cellular membranes in living cells.
Life Science

Cell Membrane Dynamics

FLIM image using pattern matching of fixed neurons stained for synapses (PSD95, red hot), and intermediate filaments (GFAP, cyan). Sample courtesy of Rizzoli group, Department of Neuro- and Sensory Physiology, Univ. Göttingen Medical Center.
Life Science

Cellular Neuroscience

Illustration of protein conformational dynamics
Life Science

Dynamic Structural Biology

Resolving dynamic environmental changes through time-resolved fluorescence lifetime detection.
Life Science | Materials Science | Metrology

Environmental Sensing

Microscopy image of a smartphone screen captured through a 20x objective. The blue, green and red pixels selected for the measurements are indicated by boxes in the corresponding colors.
Materials Science

LED Characterization

Schematic representation of liquid–liquid phase separation showing the formation of dynamic biomolecular condensates within a dilute cellular environment. Created with Biorender.
Life Science

Liquid-Liquid Phase Separation (LLPS)

Fluorescence lifetime imaging of MDCK cell membranes labeled with Flipper-TR® visualizes dynamic changes in membrane tension induced by osmotic stress, demonstrating how mechanical stimuli are translated into measurable cellular responses. Sample courtesy of A. Colom, University of Geneva, Switzerland. Reference: Colom, A., Derivery, E., Soleimanpour, S. et al. A fluorescent membrane tension probe. Nature Chem 10, 1118–1125 (2018), https://doi.org/10.1038/s41557-018-0127-3
Life Science

Mechanobiology

Jablonski diagram illustrating energy transfer from a photosensitizer to oxygen, leading to singlet oxygen formation and near-infrared phosphorescence at 1270 nm.
Materials Science

Photocatalysis

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