Science ❯ Physics ❯ Theoretical Physics

Cosmological Models

Big Crunch Theory Dark Energy Dynamics Dark Energy Early Universe Events Cosmological Constant Standard Model Big Bang Theory Expansion Predictions Structure Formation Lambda-CDM

3 ARTICLES

3w ago

LHC Detects Jet Quenching in Oxygen Collisions

ALICE's June 2026 double-ratio analysis finds parton energy loss at 4.9σ, with ATLAS, CMS and LHCb reporting matching signals that point to deconfined QCD matter in much smaller collision droplets.

6 ARTICLES

2mo ago

Two Peer‑Reviewed Analyses Reach Opposite Conclusions on Cosmic Acceleration

4 ARTICLES

3mo ago

Mathematicians Show Friedmann Model Is Unstable at the Big Bang

3 ARTICLES

9mo ago

Lensed-Quasar Study Confirms Hubble Tension With Independent, High-Precision Result

5 ARTICLES

11mo ago

DESI Data Suggests Dark Energy May Be Weakening, Challenging Cosmological Models

7 ARTICLES

2y ago

Groundbreaking Survey Suggests Dark Energy May Not Be Constant

Cosmological Models

LHC Detects Jet Quenching in Oxygen Collisions

Two Peer‑Reviewed Analyses Reach Opposite Conclusions on Cosmic Acceleration

Mathematicians Show Friedmann Model Is Unstable at the Big Bang

Lensed-Quasar Study Confirms Hubble Tension With Independent, High-Precision Result

DES/DESI Analysis Fuels Model Predicting a Future Big Crunch

Axion Dark Energy Model Forecasts Expansion Halt and Big Crunch

Axion–Dark Energy Model Predicts Big Crunch in 33.3 Billion Years

Axion-Based Dark Energy Model Foresees Big Crunch in 33 Billion Years

New Data Suggests Dark Energy May Be Weakening, Challenging Cosmological Models

DESI Data Suggests Dark Energy May Be Weakening, Challenging Cosmological Models

Groundbreaking Survey Suggests Dark Energy May Not Be Constant