The detected high-energy pulsars' population is growing in number, and thus, having agile physically relevant codes to analyze it consistently important. Here, we update our existing synchro-curvature radiation model by including a better treatment of the particle injection, particularly where large pitch angle particles dominate spectra, implementing fast accurate minimization technique. latte...

The distribution of TeV spectral slopes versus redshift for currently known TeV blazars (15 sources with z≤0.21, and one with z>0.25) is essentially a scatter plot with hardly any hint of a global trend. We suggest that this is the outcome of two combined effects of intergalactic γγ absorption, plus an inherent feature of the SSC (synchro-self-Compton) process of blazar emission. First, flux di...

The aim of this paper is to present a new paradigm for reactive and real-time distributed programming: weak synchronism. We deene a small language for communicating reactive automata, and characterize it by an operational semantics. We show that weak synchro-nism provides a deterministic semantics of concurrency and allows physical distributed implementations. This weak synchronous paradigm can...

A new concept, called synchronized Lissajous curve, is proposed to study synchro-waveform measurements that are obtained from waveform measurement units (WMUs) in power distribution systems. Two types of curves discussed. The first one created by plotting the difference two voltage waveforms versus current waveforms. second derivatives These carry valuable and complementary information about st...