[PDF] Top 20 Star planet interactions: I Stellar rotation and planetary orbits

... of rotation do not pro- duce overlaps between the curves, indicating that the change that is due to the initial mass dominates over the change that is due to rotation (at least for the range of ... See full document

... derived planet inclinations and suggesting that the planets and debris disc are consistent with being aligned at a level similar to the Solar ...the stellar equator is inferred to be inclined by 28 ± 4 ◦ , ... See full document

... The simulations were developed in C++ code using Microsoft Visual C++ 2010 Express. The dynamical evolution of the Solar System was determined using a numerical analysis algorithm with small time increments of 600 ... See full document

... sin i that is lower than the resolution of the spectrograph, due to the fact the spot cannot be resolved ...a planet signal) then the correlation may in fact be ...uncover planet signals from ... See full document

... the star is less than 0.1 AU and interactions with the host through radiation, magnetism or tides may be ...of star- planet interactions because their high-precision, high-duty cycle ... See full document

... of planetary systems at different ages help piece together their life ...Main-sequence planetary studies have now begun to utilize white dwarf atmosphere chemical signatures in their planetary forma- ... See full document

... the planet is outside the Source Sur- face, we proceed as follows to calculate the field at its po- ...the stellar field is purely radial, the merid- ional and azimuthal components are ...the ... See full document

... of planet-hosting stars, I have shown that there seems to be a small, global discrepancy between the results that are produced by the two ...to stellar effective temperature, with isochrone fitting ... See full document

... a planet en- gulfment is compared for stars with di ff erent initial ...given planet mass and a given initial dis- tance between the star and the planet, the engulfment occurs at a higher ... See full document

... predicted planetary radio emis- sion could propagate, and found that HD189733b orbits in and out of regions where the planetary emission will be ab- sorbed by the stellar ...the planet ... See full document

... It has been pointed out (Perryman 2011) that, based on limited data, planets with the highest eccentricities (e > 0.8) tend to be accompanied by a stellar or brown dwarf companion. This suggests eccentricities ... See full document

... the planetary radius, we combined the measured transit depth with the stellar parameters derived from broadband photo- ...transiting planet candidates, especially those close to mean-motion ... See full document

... the stellar and planetary gravities, the stellar radiation pressure, and the inertial force linked to the non- Galilean stellar reference ...the stellar wind ...the star-Earth ... See full document

... by stellar rotation and produces highly structured magnetic fields; in the case of stars with a radiative core and a convective outer envelope (spectral type mid-F to early-M), this is an αΩ dynamo, while ... See full document

... the planetary system, the generation of large inclinations might be explained if stellar encounters are considered as an impetus for subsequent ...perturb planetary inclinations in sizable ... See full document

... circumbinary orbits (P-type; Dvorak 1982), where the planet orbits both stars ...circumstellar orbits (S-type), where the planet orbits only one of the stars ...of planet ... See full document

... of rotation results in a widening of the main sequence with a significant increase of the stellar luminosity for the rotating model compared to the non-rotating ... See full document

... Our sample contains planets with masses measured through both RVs and TTVs. A key concern is whether the use of two methods is creating the appearance of two populations in the data. For the TTV characterized planets, ... See full document

... • The host star Kepler-1655 is a G0V Sun-like star with a rotation period of 13.6 ±1.4 days. The mag- netic activity behavior that we observe in both our photometric and spectroscopic time series are ... See full document

... Distinguishing between Earth and Venus analogs is becom- ing especially important as the ongoing K2 mission, like Kepler, discovers and studies more and more Earth-sized, near- habitable zone planets ( Demory et al. 2016 ... See full document