Alright, let's get this train rolling again with some new additions and a couple of takeaways
The biggest addition is obviously the TRAPPIST-1 system, with 4 (Not 3, I don't know why people aren't including T-1d. anyway) potentially habitable worlds, but there's a great thread by @_Augustus_ Here where you can take your discussions
Other additions include:
KIC-5522786 b, which is the first potentially habitable world found around an A-type star, I haven't seen much news on it, which is honestly surprising all things considering. Anyway, this planet has a (Possible) mass of 1.8x Earth and radius of 1.2x Earth (Wow, not bad for the first confirmed A-type HZ planet). This planet orbits once every 757.2 days or ~2 years, with an ESI of .67. The only thing that could hinder its habitability (Ignoring the parent star anyway) is the amount of energy it receives, or 2.7x the energy that Earth receives, or a Teq of 305K, or 31c, now, depending on Albedo, atm comp and pressure, and magnetic field strength, this planet could be habitable for at least unicellular life, that is until the star rage quits and destroys its solar system.
Turns out, Wolf 1061c might be too hot for life, at least that's the impression I got, as it's no longer on the list.
But its been replaced by its bigger brother, Wolf 1061d, a planet with 5.2x and (Possibly) 1.7x the Earth's mass and radius respectively. While the planet might not be habitable for us, it could be a habitable gas dwarf for exotic aerial life (Which is equally awesome), this planet orbits every 67.3 days, and receives ~.3x the energy the Earth receives. or a Teq of 182K or -91.2c (Brrr), this planet could evolve multicellular life down in the future (Small animals with helium pockets anyone?) and would have plenty of time to do so, as the parent star is a red dwarf.
And finally, we have an amazing infographic by Futurisum:
The universe is an amazing place, I can't wait for the day when potentially habitable worlds are found as often as hot Jupiters.