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Mineral House

Mineral House

These benthic foraminifera are known for aggregating a wide range of available minerals (silica, magnetite, volcanic rock, etc.) into the construction of their shells. The bubbles are from the carbon tape used for mounting. This model was created from micro-computed tomography (u-CT) data.

Authors: Javier Andres Tejeda Mora, Dewi Langlet

Unit: Evolution, Cell Biology, and Symbiosis Unit

Fiber Tracking as a Novel Way to Measure the Properties of Fluid Turbulence

Fiber Tracking as a Novel Way to Measure the Properties of Fluid Turbulence

A new experimental technique, named as Fiber Tracking Velocimetry, was proposed for measuring the statistical properties of turbulent flows.

Author: Stefano Olivieri

Unit: Complex Fluids and Flows Unit

Neurons on Rails

Neurons on Rails

Nerve cells growing on a scaffold, 3D printed using cutting edge laser printing technology, intended to develop implants to be used for treatment of traumatic injuries.

Authors: Marco Terenzio, Laurent Guillaud, Lokesh Agrawal 

Unit: Molecular Neuroscience Unit

Acropora digitifera

Acropora digitifera

Close-up of polyps forming the hard coral Acropora digitifera found off the coast of Okinawa. Coral reefs are built by coral polyps as they secrete layers of calcium carbonate beneath their bodies.

Author: Courtney Dunphy

Unit: Evolution, Cell Biology and Symbiosis Unit

The false clownfish Amphiprion ocellaris

The false clownfish Amphiprion ocellaris

The false clownfish Amphiprion ocellaris, also called Nemo, is used in many labs to understand physiology, development, evolution and ecology of marine fishes.

Author: Kina Hayashi

Unit: Marine Eco-Evo-Devo Unit

Turbulence over a Hairy Surface

Turbulence over a Hairy Surface

Visualization of the turbulent flow over a layer of flexible filaments created to explore the fluid-structure interaction in ecological systems such as aquatic seagrass meadows or wheat fields in a terrestrial framework.

Authors: Stefano Olivieri, Alessandro Monti

Unit: Complex Fluids and Flows Unit