Table of ContentsLiving State Physics At Vanderbilt University Senior Faculty Wikswo Group Wikswo Group, Con’t Biophysical Electrodynamics The Heart is a… Cardiac Electrodynamics The cardiac membrane is a planar accelerator that uses gradients of 107 volts per meter to accelerate heavy ions to energies of 70 meV. The Cardiac Bidomain Model Modeling the Cardiac Bidomain Four Modes of Cardiac Activation Experimental Setup Vanderbilt Cardiac Imaging System Information from Imaging Data Point-Electrode Excitation of Refractory Tissue Synchronous Imaging of Point Activation Patterns Cardiac Reentry Initiation of Spiral Wave Reentry Spiral Wave and Figure-of-Eight Reentry Bidomain Anisotropies and the Critical Point Hypothesis Initiation of Quatrefoil Reentry Quatrefoil Reentry Predicted by the Bidomain Model Optical Imaging of Quatrefoil Reentry One Frame of Transmembrane Potential Cardiac Non-Linear Dynamics Transmembrane Potential - Phase Functional Block is Characterized by Low-Amplitude Oscillation of Vm Vector Calculus of Phase Currents Phase Singularities in Cardiac Reentry Quad2 SQUIDs for Biomagnetic Measurements Gastrointestinal Smooth Muscle 61 Channel SQUID Study GMF Vector Model Gastric Propagation Other Biomagnetic Measurements Magnetic Imaging with SQUIDs Superconducting Quantum Interference Device (SQUID) Magnetometers SQUIDs for NDE SQUID Measurements of Corrosion Notes NCI SQUID Drawing NCI SQUID Picture Microscope and SQUID Images SQUID Imaging of Hidden Corrosion in 7075 Aluminum SIMA vs. Time for Submerged 7075-T6 Three Models for Corrosion Currents That Produce Magnetic Fields SQUID Microscopy LTS-SQUID Microscope LTS-SQUID chip design SQUID I(V), V(f) characteristics LTS- SQUID Field Sensitivity Author: John P. WikswoHTS - SQUID microscope Applications of SQUID Microscopes Possible New Projects Living State Physics Seal |
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