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A MODIFIED SYNCHROTRON MODEL FOR KNOTS IN THE M87 JET
To explain the broadband spectral shape of knots in the M87 jet from radio through optical to X-rays, we propose a modified synchrotron model that considers the integrated effect of particleExpand
AN ASYMMETRICAL SYNCHROTRON MODEL FOR KNOTS IN THE 3C 273 JET
To interpret the emission of knots in the 3C 273 jet from radio to X-rays, we propose a synchrotron model in which, owing to the shock compression effect, the injection spectra from a shock into theExpand
A Non-Mainstream Viewpoint on Apparent Superluminal Phenomena in AGN Jet
The group velocity of light in material around the AGN jet is acquiescently one (c as a unit), but this is only a hypothesis. Here, we re-derive apparent superluminal and Doppler formulas for theExpand
A “HUMAN” Teaching Method for Physics
TLDR
A ``human'' teaching method that uses the students' bodies themselves as the sole medium to approximately recreate major physical processes is proposed, thus stimulating students' exploratory enthusiasm while cultivating cooperation and team spirit. Expand
A modified stratified model for the 3C 273 jet
We present a modified stratified jet model to interpret the observed spectral energy distributions of knots in the 3C 273 jet. Based on the hypothesis of the single index of the particle energyExpand
AN HOURGLASS MODEL FOR THE FLARE OF HST-1 IN M87
To explain the multi-wavelength light curves (from radio to X-ray) of HST-1 in the M87 jet, we propose an hourglass model that is a modified two-zone system of Tavecchio & Ghisellini (hereafterExpand
An IC/CMB interpretation for the large-scale jet X-ray emission of 3C 273
We present that the model of inverse Compton scattering of cosmic microwave background photons (IC/CMB) could well explain the large-scale jet X-ray radiation of 3C 273, and does not violate newExpand