Progress In series

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🌀Everything turns. A novel mathematical model of the Universe suggesting that the whole cosmo might be rotating very slowly, making one entire revolution every 500 billion years. The theoretical framework is fully compatible with the standard cosmological model (ΛCDM), it doesn’t contradict current astronomical measurements and is supported by the expanding paradox interpretation. The discrepancy between the low and high redshift Hubble constant (H₀), denotes a missing link in the understanding of the spacetime expansion estimate with an angular velocity of ω₀ ~2 x 10⁻³ Gyr⁻¹. Inspired by Gödel slow rotating dark-fluid variant, the spinning model resolves the conflict between maximal rotation velocity, avoiding closed time-like loops with a tangential velocity inferior to the speed of light at the horizon. Artwork by @ALCrego_ 🔗academic.oup.com/mnras/article/…

RT @QuantumYear2025: ✨⚛️ Happy World Quantum Day! ⚛️ ✨ 4.14 honors Planck's constant (ħ ≈ 4.14×10⁻¹⁵ eV·s)—a key foundation of quantum m…

Happy World Quantum day! Today, we celebrate the incredible world of quantum physics and its potential to revolutionise technology, from computing to cryptography. Let's honour the brilliant minds pushing the boundaries of science and shaping our future. ⚛️

📣 We have beam in the tunnel 💫 Today, the Large Hadron Collider received the first particle beams of 2025. #BeamTime Protons were injected into the #LHC for the first time since November 2024, when the annual year-end technical stop (YETS) started. This is the fourth year of #LHCRun3, and the new data-taking season is about to begin. Stay tuned for more #ParticlePhysics news.

Last chance to sign up for this free careers webinar! ⏰ Discover the countless careers opportunities available within physics. If you are a physics student or recent graduates, make sure you register to learn where your degree can take you! Sign up now: ow.ly/I0is50Vhff3

In #QuantumMechanics the state of entanglement is a fundamental phenomenon where particles share correlated quantum values regardless of their spatial separation. Detecting and protecting that bonding state from measurements is significantly challenging due to the fragility of that condition. An alternative method is introduced here called Variational Entanglement Witness (VEW) scheme. The VEW, although still based on inequalities like the Bell theorem, leverages a set of mathematical operators that identify the entanglement states by measuring their expectation values. VEW offers a reliable tool that allows to differentiate without quantifying the degree of entanglement. The strategy improves the overall reliability of detection, minimizing the probability of 𝜓 collapse. The theoretical approach was tested on superconducting chips simulating nonlocal measurements by assessing the post-measurement state to confirm the entanglement preservation. @TohokuUniPR credits. 🔗 journals.aps.org/prresearch/pdf…

🌟 Join us in-person for Energy 2025! 🌟 Early career researchers can enjoy talks, a careers panel, poster presentations & networking. Gain insights for your future in energy research! 📅 Tuesday April 29, 2025 📍 Institute of Physics HQ, London 🔗ow.ly/NMHP50VkP6t

Discover more incredible speakers at @PhysicsWorld Live: Careers! ⭐Araceli Venegas-Gomez - Chief executive & founder of Qureca ⭐Tushna Commissariat - Editor of the annual Physics World Careers guide ➡️Don't miss out. Register for this free webinar: ow.ly/Rnhu50Vhb9s

Congratulations to all recipients of our Outstanding Reviewer Awards! 🎉Your commitment, timeliness, quality, & quantity of reports is celebrated across our journals. Let's celebrate all #PeerReview contributions that uphold #ResearchIntegrity Discover 👉 ow.ly/nZev50VkHfv

Have you told your students about #TheEurekas2025? Students aged 11-16 can win £1000/€1200 + a school voucher by exploring: How can physics help you see the world differently? Encourage them to think outside the box! 🗓️ 9 June 👉 theeurekas.co.uk/get-involved/t… #TeachPhysics

Introducing the first speakers at @PhysicsWorld Live: Careers! ⭐Crystal Bailey - Director of programs & inclusive practices at APS ⭐Tamara Clelford - Leader of the Chartered Physicist review at IOP ➡️Register for free to benefit from their insights: ow.ly/Rnhu50Vhb9s

Explore the significance of internal bremsstrahlung in β-decay and its applications in nuclear medicine, industry and particle physics. A must-read for researchers and professionals! 🔬 Read the #OpenAccess article here: ow.ly/9UKA50UlESl #Physics #NuclearScience #Research

🌍💧 World Water Day Spotlight: Floating Photovoltaics (FPV) FPV harnesses water surfaces for solar power, generating clean energy & conserving water. Researchers, policymakers & enviro advocates should explore the potential in this open access article: ow.ly/YW0h50VieSk

Discover important insights on the one-dimensional repulsive Hubbard model by Luo, Pu & Guan. ⚛️ Read about the exotic features of fractionalised spinons & holons, and delve into the thermodynamic properties near quantum phase transitions! Read it here: ow.ly/yYlw50V1Rqk

🌀 Discover how spin-based quantum sensors are revolutionising the search for new physics beyond the Standard Model. Read this open access article on exotic spin-dependent interactions! From dark matter to spin-gravity interactions, read it all here: ow.ly/VJ8U50UAn7U

⚛️This review explores metasurfaces potential in nonlinear optical applications, from cloaking to ultrafast optical switching .These 2D structures are paving the way for advanced light control. Learn how here: ow.ly/pTUj50UFv3I

Examine the challenges on the demand side and the research requirements necessary for realising 100% zero-emission vehicle sales. Read the latest review by Scott Hardman et al. published in Progress in Energy 🔋 Access the open access article here: ow.ly/mY9R50UT849.

Introducing @PhysicsWorld Live: Careers! 📅Wednesday 9th April 2025 ⏰15:00 BST What can you do with a physics degree? Have experts guide you through the careers maze! Join this free webinar to explore the sheer breadth of options with your degree: ow.ly/Jjpl50VhaNS

Happy Pi day! The current date and time (14 March, 1.59pm) resemble 3.14159, the approximation of the mathematical constant Pi, or π. Pi is the ratio of the circumference of a circle to its diameter. The ratio stays the same no matter how big or small the circle is. #π #PiDay