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Anne Hathaway Biography, Height, Age, Family, Boyfriend, Net Worth and Career

Anne Hathaway the well-known American actress has starred in a variety of film genres and received numerous accolades. Both on and off film, she is renowned for her charm, grace, and adaptability.

biographygen.com/anne-hathaway/

#AnneHathaway #Actress #Hollywood #FilmStar #LesMiserables #TheDevilsWearPrada #Interstellar #Ocean's8 #PrincessDiaries #OscarWinner #RedCarpet #CelebrityStyle #WomenInFilm #Inspiration

If there is any #extraterrestrial, #interstellar life forms monitoring the #fediverse, this #disabled earthling existing in #poverty is greatly interested in escaping this world and living else where, I can leave any time, your expedient retrieval and relocation of my persons would be greatly appreciated.

$5-10-15 It All Helps, via #cashapp at $woctxphotog or via #paypal at paypal.com/donate?campaign_id=…

www.paypal.comHelp PhilipHelp Philip A. Swiderski Jr het gestelde doel te bereiken door te doneren of dit met je vrienden te delen.

Interstellar material has been discovered in our Solar System, yet its origins and details of transport are unknown.

But how much of that #interstellar matter originates in the nearest #star system, the α Centauri triple system?

If α Centauri ejects material similarly to own Solar System, the current number of α Centauri particles larger than 100 m in diameter within the Oort Cloud is a million.

But only one of them can be expected within 10 AU.

#astronomy #panspermia
arxiv.org/abs/2502.03224

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arXiv.orgA Case Study of Interstellar Material Delivery: α CentauriInterstellar material has been discovered in our Solar System, yet its origins and details of its transport are unknown. Here we present $α$ Centauri as a case study of the delivery of interstellar material to our Solar System. $α$ Centauri is a mature triple star system that likely harbours planets and is moving towards us with the point of closest approach approximately 28,000 years in the future. Assuming a current ejection model for the system, we find that such material can reach our Solar System and may currently be present here. The material that does reach us is mostly a product of low ($<2$ km/s) ejection velocities, and the rate at which it enters our Solar System is expected to peak around the time of $α$ Centauri 's closest approach. If $α$ Centauri ejects material at a rate comparable to our own Solar System, we estimate the current number of $α$ Centauri particles larger than 100 m in diameter within our Oort Cloud to be $10^{6}$, and during $α$ Centauri 's closest approach, this will increase by an order of magnitude. However, the observable fraction of such objects remains low as there is only a probability of $10^{-6}$ that one of them is within 10 au of the Sun. A small number ($\sim 10$) meteors greater than 100 micrometers from $α$ Centauri may currently be entering Earth's atmosphere every year: this number is very sensitive to the assumed ejected mass distribution, but the flux is expected to increase as $α$ Centauri approaches.

Interstellar v0.8.0 update: Profile & Filter List sharing, overhauled post creation screen, Mbin magazine/user/post notification controls, post/comment bookmarking, Linux ARM and Windows support, too much to fit here...

Interstellar v0.8.0 update: Profile & Filter List sharing,... #interstellar

github.com/jwr1/interstellar/r

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GitHubRelease v0.8.0 · jwr1/interstellarWarning: Due to the extra permission needed for bookmarking, all your Mbin accounts will need their oauth clients regenerated. To do so, for each Mbin server that you have accounts for, you will ne...