The first report of the COMPACT Collaboration finds that Cosmic Microwave Background data does not yet rule out the Universe having nontrivial topology, such a twisted 3-torus.
Letter: https://t.co/ugzWloTaYO #OpenAccess
Focus: https://t.co/xstM68dNGd
Here is our new @CompactCollab paper, where we demonstrate that cosmic microwave background (CMB) polarization measurements from upcoming experiments can provide new avenues for detecting cosmic topology (i.e., the shape of the Universe):
https://t.co/8HDlkvCAM3
Is the universe infinite, or does it have a hidden shape waiting to be discovered? 🌌
@YasharAkrami from #IFT is leading groundbreaking research on cosmic topology, featured in @QuantaMagazine
Read more:
https://t.co/3JUElQbDY5
"The Bizarre Shape of the Universe"
Watch this YouTube video about COMPACT (@CompactCollab) and our PRL paper on cosmic topology:
https://t.co/kip75qhuQp
Thanks a lot, Elizabeth Fernandez (@SparkDialog), Jade Tan-Holmes and Tom Groenestyn for creating such an incredible video!
Here is yet another @CompactCollab paper on cosmic topology, where we place constraints on lens spaces as a function of the curvature scale of the Universe:
https://t.co/RsDYyZA2sP
Check out our new @CompactCollab paper led by @Amirsamandar, where we show that parity can be broken in the Universe without any parity-violating microphysics:
https://t.co/mg0zSIIAXw
Our @CompactCollab paper on cosmic topology has just been published in PRL as a “Featured in Physics” article: 🥳
https://t.co/2eSolOH3oQ
https://t.co/O95xD2dCBv
And it is the “focus” of Physics Magazine:
https://t.co/T11Ig0ihNK
https://t.co/DbYIg4e2v9
Check out our new COMPACT paper by @CompactCollab, where we have proposed a number of machine leaning techniques to search for the topology (global shape) of the Universe (led by Andrius Tamosiunas @Andrius_T_ and Fernando Cornet-Gomez):
https://t.co/l0V8VvLaEq