Neural circuitry has evolved to form distributed networks that act dynamically across large
volumes. Conventional microscopy collects data from individual planes and cannot sample …

After over 30 years of advances, multiphoton microscopy (MPM) is now instrumental in a
wide range of in vivo biological imaging applications. However, it has, until recently …

Many animals rely on an internal heading representation when navigating in varied
environments,,,,,,,,–. How this representation is linked to the sensory cues that define …

Inference of action potentials ('spikes') from neuronal calcium signals is complicated by the
scarcity of simultaneous measurements of action potentials and calcium signals ('ground …

A long-standing goal in biomedical imaging, the control of light inside turbid media, requires
knowledge of how the phase and amplitude of an illuminating wavefront are transformed as …

Enteroendocrine cells (EECs) are specialized sensory cells in the intestinal epithelium that
sense and transduce nutrient information. Consumption of dietary fat contributes to …

We present an on-chip, widefield fluorescence microscope, which consists of a diffuser
placed a few millimeters away from a traditional image sensor. The diffuser replaces the …

Rapid, high-resolution volumetric imaging without moving heavy objectives or disturbing
delicate samples remains challenging. Pupil-matched remote focusing offers a promising …

Seizures are characterized by hypersynchronization of neuronal networks. Understanding
these networks could provide a critical window for therapeutic control of recurrent seizure …

The mammalian brain is a densely interconnected network that consists of millions to billions
of neurons. Decoding how information is represented and processed by this neural circuitry …