MICROSCOPY · CONNECTOME

Biological / Neuro

Cells, synapses, neural oscillations, and the firing patterns that look a lot like music.

A microscopy-driven aesthetic pulled from stained slices, electrode arrays, and computational neuro models. Every frame is a chamber of the brain — cortical columns, calcium waves, dendrites that branch like trees in winter. Built for producers who want their visuals to feel like they were made by a lab, not a designer.

Action Potential

Action Potential

A voltage-gated cascade — sodium floods in, potassium floods out, and the membrane rings like a struck bell.

Voltage-gated cascade
Dendritic Arbor

Dendritic Arbor

The branching input zone of a hippocampal CA1 pyramidal cell — thousands of listening tendrils.

Hippocampal CA1
Synaptic Vesicles

Synaptic Vesicles

Lipid bubbles docked at the presynaptic terminal, ready to dump neurotransmitter into the cleft.

Neurotransmitter release
EEG Bands

EEG Bands

Five rhythms in one scalp reading — from the slow tide of delta to the bright flicker of focused thought.

Delta · theta · alpha · beta · gamma
Cellular Mitosis

Cellular Mitosis

Anaphase — chromatids pulled poleward along microtubule spindles, one cell becoming two.

Anaphase spindles
Neural Mass Field

Neural Mass Field

A Jansen-Rit cortical field — three coupled populations producing the emergent rhythms of a column.

Jansen-Rit model
Glial Network

Glial Network

Astrocytes whispering to each other in calcium — the brain's slow, supporting conversation.

Astrocyte calcium waves