Dynamically forced cells of a viscoelastic fluid over an array of rollers (2009)
Liu, Bin, Zhang, Jun, Shelley, Michael
Our fluid dynamics video shows the response of a layer of viscoelastic fluid to an array of four-roll mills steadily rotating underneath. When the relaxation time of the fluid is sufficiently long,...
Dynamically forced cells of a viscoelastic fluid over an array of rollers (2009)
Liu, Bin, Zhang, Jun, Shelley, Michael
Our fluid dynamics video shows the response of a layer of viscoelastic fluid to an array of four-roll mills steadily rotating underneath. When the relaxation time of the fluid is sufficiently long,...
Dynamically forced cells of a viscoelastic fluid over an array of rollers (2009)
Liu, Bin, Zhang, Jun, Shelley, Michael
Our fluid dynamics video shows the response of a layer of viscoelastic fluid to an array of four-roll mills steadily rotating underneath. When the relaxation time of the fluid is sufficiently long,...
Dr. Stephen G. Lisberger, David Mclaughlin, Michael Shelley, Jacob Wielaard, Robert Shapley, Robert Shapley
Surface Waves on a Semi-toroidal Water Ring (2006)
Jung, Sunghwan, Kim, Erica, Shelley, Michael, Zhang, Jun
We study the dynamics of surface waves on a semi-toroidal ring of water that is excited by vertical vibration. We create this specific fluid volume by patterning a glass plate with a hydrophobic...
Dynamics of a deformable body in a fast flowing soap film (2006)
Jung, Sunghwan, Mareck, Kathleen, Shelley, Michael, Zhang, Jun
We study the behavior of an elastic loop embedded in a flowing soap film. This deformable loop is wetted into the film and is held fixed at a single point against the oncoming flow. We interpret this...
Heavy flags undergo spontaneous oscillations in flowing water (2005)
Shelley, Michael, Vandenberghe, Nicolas, Zhang, Jun
By immersing a compliant yet self-supporting sheet into flowing water, we study a heavy, streamlined, and elastic body interacting with a fluid. We find that above a critical flow velocity a sheet...
McLaughlin, David, Shapley, Robert, Shelley, Michael, Wielaard, D. J.
In this paper, we offer an explanation for how selectivity for orientation could be produced by a model with circuitry that is based on the anatomy of V1 cortex. It is a network model of layer 4Cα...
Mexican hats and pinwheels in visual cortex
Kang, Kukjin, Shelley, Michael, Sompolinsky, Haim
Many models of cortical function assume that local lateral connections are specific with respect to the preferred features of the interacting cells and that they are organized in a Mexican-hat...
An egalitarian network model for the emergence of simple and complex cells in visual cortex
Tao, Louis, Shelley, Michael, McLaughlin, David, Shapley, Robert
We explain how simple and complex cells arise in a large-scale neuronal network model of the primary visual cortex of the macaque. Our model consists of ≈4,000 integrate-and-fire, conductance-based...
Cai, David, Tao, Louis, Shelley, Michael, McLaughlin, David W.
A coarse-grained representation of neuronal network dynamics is developed in terms of kinetic equations, which are derived by a moment closure, directly from the original large-scale...
Coherent locomotion as an attracting state for a free flapping body
Alben, Silas, Shelley, Michael
A recent experiment [Vandenberghe, N., Zhang, J. & Childress, S. (2004) J. Fluid Mech. 506, 147–155] has shown that an axle-mounted blade can spontaneously rotate when oscillated (or “flapped”)...
McLaughlin, David, Shapley, Robert, Shelley, Michael, Wielaard, D. J.
In this paper, we offer an explanation for how selectivity for orientation could be produced by a model with circuitry that is based on the anatomy of V1 cortex. It is a network model of layer 4Cα...
Mexican hats and pinwheels in visual cortex
Kang, Kukjin, Shelley, Michael, Sompolinsky, Haim
Many models of cortical function assume that local lateral connections are specific with respect to the preferred features of the interacting cells and that they are organized in a Mexican-hat...
An egalitarian network model for the emergence of simple and complex cells in visual cortex
Tao, Louis, Shelley, Michael, McLaughlin, David, Shapley, Robert
We explain how simple and complex cells arise in a large-scale neuronal network model of the primary visual cortex of the macaque. Our model consists of ≈4,000 integrate-and-fire, conductance-based...
Cai, David, Tao, Louis, Shelley, Michael, McLaughlin, David W.
A coarse-grained representation of neuronal network dynamics is developed in terms of kinetic equations, which are derived by a moment closure, directly from the original large-scale...
Coherent locomotion as an attracting state for a free flapping body
Alben, Silas, Shelley, Michael
A recent experiment [Vandenberghe, N., Zhang, J. & Childress, S. (2004) J. Fluid Mech. 506, 147–155] has shown that an axle-mounted blade can spontaneously rotate when oscillated (or “flapped”)...