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MON, 5 OCT · 80 ITEMS
"Particle collider experiment recreates Big Bang's primordial soup, yields findings that differ from predictions" — Live Science · Science & Medicine
This is about a heavy-ion collision experiment — coverage points to CERN's Large Hadron Collider — that recreates the , the trillion-degree '' of free quarks and gluons that filled the universe moments after the . The experiment found that the plasma's flow behavior is more 'soupy' than theoretical models predicted, meaning it sloshes and swirls in ways that deviate from expectations. That mismatch suggests current models of the strong force under extreme conditions are incomplete.
The claim is a fair representation of a peer-reviewed result reported by Live Science, a reputable secondary outlet; the primary source is likely a study or collaboration announcement from early 2026. The 'differs from predictions' framing is an editorial simplification of a nuanced physics measurement, but the underlying experimental finding is credible and independently covered by multiple science outlets.
This is genuinely new reporting from early 2026 (related articles are dated January–February 2026), with no recirculation year given, so the result itself is current.