Fluorescence imaging offers expanding capabilities for recording neural dynamics in
behaving mammals, including the means to monitor hundreds of cells targeted by genetic …

Brain function relies on electrical signaling among ensembles of neurons. These signals are
encoded in space–neurons are organized in complex three-dimensional networks–and in …

We show a digital holographic approach for polarimetric characterization of a twisted
nematic liquid crystal spatial light modulator (TNLC-SLM). An experimental scheme is …

A phase-only spatial light modulator (SLM) is capable of precise transverse laser shaping by
either functioning as a variable phase grating or by serving as a variable mask via …

Single molecule localization microscopy (SMLM) has been established as an important
super-resolution technique for studying subcellular structures with a resolution down to a …

Extracting common patterns of neural circuit computations in the autism spectrum and
confirming them as a cause of specific core traits of autism is the first step toward identifying …

The cerebellar cortex microcircuit is characterized by a highly ordered neuronal architecture
having a relatively simple and stereotyped connectivity pattern. For a long time, this …

The development of two-photon microscopy has revolutionized our understanding of how
synapses are formed and how they transform synaptic inputs in dendritic spines—tiny …

Dynamic holography can replace or enhance traditional basic optical functionalities within a
lot of different optical systems. In particular, the possibility of considerably changing the …

Extracting common patterns of neural circuit computations in autism spectrum and pinning
them as a cause of specific core traits of autism is the first step towards identifying cell-and …