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Application & Methods

Applications & 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 studied by optical and time-resolved characterization.
Materials Science

Nanomaterials Research

Time-resolved photoluminescence emission spectrum showing three peaks from different semiconductor layers, illustrating layer-specific recombination dynamics.
Materials Science

Semiconductor Research

Image of a solar cell surface structure used for optical characterization of charge carrier dynamics and recombination processes.
Materials Science

Solar Cell Characterization

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

2D Materials Research

Fluorescence lifetime imaging microscopy (FLIM) of CHO cells reveals spatial heterogeneity and dynamic organization along cellular membranes.
Life Science

Cell Membrane Dynamics

Fluorescence lifetime imaging microscopy (FLIM) of fixed neurons showing synaptic protein PSD95 and glial intermediate filament GFAP, revealing structural organization in neuronal cells.
Life Science

Cellular Neuroscience

Illustration of protein conformational dynamics
Life Science

Dynamic Structural Biology

Concept illustration of optical environmental sensing where time-resolved fluorescence lifetime detection monitors dynamic environmental signals and trace compounds.
Life Science | Materials Science | Metrology

Environmental Sensing

Microscopy image of a smartphone display captured through a 20x objective showing individual red, green, and blue pixels used for optical LED characterization.
Materials Science

LED Characterization

Conceptual illustration of liquid–liquid phase separation showing biomolecular condensates forming from proteins and RNA within the cellular environment.
Life Science

Liquid-Liquid Phase Separation (LLPS)

Fluorescence lifetime imaging of MDCK cell membranes labeled with the tension probe Flipper-TR visualizes membrane tension changes during osmotic stress in mechanobiology experiments.
Life Science

Mechanobiology

Jablonski diagram showing singlet oxygen energy transfer and emission
Materials Science

Photocatalysis

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