Evidence of the theoretically predicted seismo-magnetic conversion

Carbon tetraoxide: theoretically predicted and experimentally detected.

Docking of small ligands to low-resolution and theoretically predicted receptor structures

We have developed a simple docking procedure that is able to utilize low-resolution models of proteins created by structure prediction algorithms such as threading or ab initio folding to predict the conformation of receptor-small ligand complexes. In our approach, using only approximate, discretized models of both molecules, we search for the steric and quasi-chemical complementarity between a...

Theoretically predicted rate constants for mercury oxidation by hydrogen chloride in coal combustion flue gases.

In this work, theoretical rate constants are estimated for mercury oxidation reactions by hydrogen chloride that may occur in the flue gases of coal combustion. Rate constants are calculated using transition state theory at the quadratic configuration interaction (QCI) level of theory with single and double excitations, and are compared to results obtained from density functional theory, both i...

First laboratory measurements of seismo-magnetic conversions in fluid-filled Fontainebleau sand

[1] Seismic wave propagation in fluid-filled porous materials induces electromagnetic effects due to small relative pore-fluid motions. In order to detect the seismomagnetic couplings theoretically predicted by Pride (1994), we have designed a small-scale experiment in a low-noise underground laboratory which presents exceptional electromagnetic shielding conditions. Our experiment included acc...

Laboratory measurements of seismo-magnetic conversions in fluid-filled Fontainebleau sand

Seismic wave propagation in fluid-filled porous materials induces electromagnetic effects due to small relative pore-fluid motions. In order to detect the seismo-magnetic couplings theoretically predicted by Pride (Phys. Rev. B, 50:15678-15695, 1994), we have designed a small-scale experiment in a low-noise underground laboratory which presents exceptional electromagnetic shielding conditions. ...