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JWST discovers unexpectedly mature ancient galaxy cluster with unusually dense dark matter

ScienceDaily describes a surprising link between scattered starlight and dark matter that could aid studies of the early cosmos.

Black HoleBH
Drew GrimaldiDG
2 Sources, 20h ago, first seen 20h ago

TLDR

A post describes the cluster as more evolved than expected and the most distant known strong gravitational lens, with enough mass to warp light from more distant objects. ScienceDaily describes its unexpectedly dense dark matter and a connection between scattered starlight and dark matter that could change how astronomers study the early cosmos.

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6.1K

2 Sources, first seen 20h ago

77 likes1 comments3 saves13 reposts

Combined views

6.1K

2 Sources, first seen 20h ago

77 likes1 comments3 saves13 reposts
Image: @konstructivizm on X

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2 Sources

Black Hole@konstructivizmJWST Discovers an Unexpectedly Mature Galaxy Cluster 🌌 The James Webb Space Telescope has detected a galaxy cluster that existed approximately 10 billion years ago. While cosmological models suggest it should be less developed, observations reveal a fully formed, "mature" structure. This cluster also ranks as the most distant known strong gravitational lens; its mass significantly warps light from more distant objects. Observations across various spectral ranges indicate that the system is still undergoing galaxy mergers. This discovery helps refine models of large-scale structure growth in the early Universe.20h
Drew Grimaldi@GrimillionaireNASA's James Webb telescope has revealed an ancient galaxy cluster with an unexpectedly dense concentration of dark matter, challenging theories about how the universe developed. https://www.sciencedaily.com/releases/2026/10/261012185021.htm19h
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    2 Sources

    Black Hole@konstructivizmJWST Discovers an Unexpectedly Mature Galaxy Cluster 🌌 The James Webb Space Telescope has detected a galaxy cluster that existed approximately 10 billion years ago. While cosmological models suggest it should be less developed, observations reveal a fully formed, "mature" structure. This cluster also ranks as the most distant known strong gravitational lens; its mass significantly warps light from more distant objects. Observations across various spectral ranges indicate that the system is still undergoing galaxy mergers. This discovery helps refine models of large-scale structure growth in the early Universe.20h
    Drew Grimaldi@GrimillionaireNASA's James Webb telescope has revealed an ancient galaxy cluster with an unexpectedly dense concentration of dark matter, challenging theories about how the universe developed. https://www.sciencedaily.com/releases/2026/10/261012185021.htm19h
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