SIMULATIONS OF BLOOD AS A SUSPENSION PREDICTS A DEPTH DEPENDENT HEMATOCRIT IN THE CIRCULATION THROUGHOUT THE CEREBRAL CORTEX.

Simulations of blood as a suspension predicts a depth dependent hematocrit in the circulation throughout the cerebral cortex.

Recent advances in modeling oxygen supply to cortical brain tissue have begun lorenametaute.com to elucidate the functional mechanisms of neurovascular coupling.While the principal mechanisms of blood flow regulation after neuronal firing are generally known, mechanistic hemodynamic simulations cannot yet pinpoint the exact spatial and temporal coo

read more


Analogous Hawking Effect: S-Matrix and Thermofield Dynamics

We consider the full S-matrix in the scattering giving rise to analogous Hawking radiation in dispersive media.We show the general structure of the scattering in the weak dispersion approximation and discuss some unnoticed features of the primary process, with a possible generalization of the phenomenology of the Hawking effect.In particular, we st

read more

Combined Threshold Implementation

Physical security is an important aspect of devices for which an adversary can manipulate the physical execution environment.Recently, more and more attention has been directed towards a security model that combines the capabilities of passive and active physical attacks, i.e., an adversary that performs fault-injection and side-channel analysis at

read more