Peter A. Robinson

TL;DR: In this article, the first-order thermal correction (FOTC) to the cold-plasma QRT is derived for interactions between three fast waves in a warm unmagnetized collisionless plasma, whose particles have an arbitrary isotropic distribution function.

TL;DR: The co-occurrence of two closely related species with total overlap in metric characteristics shows the need for caution in using an exclusively measurement-based stratophenetic approach to lineage evaluation through time.

TL;DR: In this article, the authors combine this theory with a recent theory for type II solar radio bursts, resulting in an analytic quantitative theory for the 2-3 kHz radiation, which treats electron reflection and acceleration at the global merged interaction regions (GMIR) shock, formation of electron beams in the foreshock, generation of Langmuir waves, and conversion of Langevin energy into radiation at the fundamental and harmonic of the electron plasma frequency.

TL;DR: In this paper, the authors consider 555 type III bursts observed by Ulysses and/or Wind while traversing a large range of longitude and latitude and find that the percentage of bursts seen by both spacecraft was 59.5%.

TL;DR: The emergence of the spatiotemporal dynamics corresponding to focal seizures provides a biophysical explanation of the temporally higher frequency but spatially more localized cortical waves observed in genetic rat models that display characteristics of human absence epilepsy.