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Trending AI Posts & Hot Research Catchup - Page 11

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  • AI-generated illustration of a molecular structure representing an mRNA vaccine nanoparticle targeting a neuroblastoma cell, with glowing particles and a cellular background.

    First mRNA Vaccine for Neuroblastoma Shrinks Tumors by 70% in Preclinical Study

    5 months ago16 sources
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    RCSI researchers have published the first preclinical proof of concept for an mRNA vaccine targeting neuroblastoma, the deadliest childhood cancer, showing a 70% reduction in tumor volume and a 10–11 day del...

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  • Artistic representation of the 'Pink Planet' GJ 504b, a magenta-colored gas giant with swirling clouds and a backdrop of stars.

    JWST Reveals Salt Clouds on the 'Pink Planet' GJ 504b: A New Window into Cold Exoplanets

    5 months ago20 sources
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    JWST has revealed that the 'Pink Planet' GJ 504b hosts an atmosphere with salt clouds composed of potassium chloride and zinc sulfide (sulfides and metal salts), a first for a directly imaged planetary mass...

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  • Composite illustration of a spiral galaxy with glowing star-forming regions, representing the PHANGS survey's study of how young stars shape their host galaxies

    How Young Stars Sculpt Their Galaxies: PHANGS Survey Maps 18,000 Star-Forming Regions with JWST, Hubble, and ALMA

    5 months ago23 sources
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    The PHANGS collaboration analyzed roughly 18,000 star forming regions across 19 nearby galaxies using JWST, Hubble, and ALMA, and found that pressure from ionized gas generated by newborn massive stars drive...

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  • Abstract visualization of a B meson decaying into a known particle track and a hidden invisible particle represented by a missing energy void.

    Belle Experiment Sets Toughest Limits Yet on Hidden Particles in Rare B Meson Decays

    5 months ago17 sources
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    A University of Melbourne led Belle experiment found no hidden particles in five rare B meson decays, setting the strongest upper limits yet—branching fractions range from one in ten thousand to one in a mil...

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  • A glowing, centimeter-sized crystal of the strange metal Ce₃Pd₂₀Si₆ suspended in a dark quantum physics lab, representing the first detection of macroscopic multipartite quantum en

    Quantum Entanglement Detected in a Centimeter-Sized Crystal for the First Time

    5 months ago14 sources
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    In a landmark experiment published in June 2026, physicists at TU Wien directly measured a high degree of quantum entanglement among at least nine collective entities inside a centimeter sized crystal of the...

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  • now i am a student whose native language is Hindi but I understand English also. i have short term memory like if i don't understand things

    now i am a student whose native language is Hindi but I understand English also. i have short term memory like if i don't understand things

    5 months ago17 sources
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    Now I have comprehensive source material.

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  • SemiAnalysis STEEL Lab teardown analysis of SMIC N+3 process and Huawei Kirin 9030 Pro chip architecture

    SemiAnalysis Tears Down Huawei Kirin 9030 Pro: Inside SMIC N+3, the Performance Gap, and Huawei's 3D LogicFolding Bet

    5 months ago27 sources
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    SemiAnalysis' STEEL Lab teardown of the Kirin 9030 Pro reveals that SMIC's N+3 process achieved a transistor density of 113.4 MTr/mm² with a 32.5 nm minimum metal pitch—on paper beating TSMC N6 and Intel 18A...

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  • Ist es nach wie vor Konsens in der Astrophysik, dass Raum und Zeit beim Urknall entstanden sind?

    Ist es nach wie vor Konsens in der Astrophysik, dass Raum und Zeit beim Urknall entstanden sind?

    5 months ago8 sources
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    Nein, in dieser starken Form ist das nicht sauber als heutiger Konsens zu formulieren.

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  • Conceptual illustration of a thorium-229 nuclear clock with laser light interacting with a glowing crystal nucleus.

    First Nuclear Clocks Tick: Thorium-229 Devices Mark a New Era for Timekeeping and Dark Matter

    5 months ago26 sources
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    In a historic double first, Chinese and Austrian research teams have independently built and demonstrated the first fully operational nuclear clocks, using a continuous wave laser locked to a nuclear transit...

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  • Futuristic abstract visual of a 3D stacked semiconductor chip architecture, glowing with data pathways, representing Huawei's Tau Scaling Law and LogicFolding concept.

    Why Huawei's 'Chip Queen' Spent 7 Years in Hiding Just to Rewrite Moore's Law

    5 months ago22 sources
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    At IEEE ISCAS 2026 in Shanghai, Huawei chip chief He Tingbo introduced the Tau (τ) Scaling Law, a design framework that stacks logic circuits vertically to achieve a projected 1.4 nm class transistor density...

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  • Huawei Hongtu ecosystem concept showing interconnected chips and devices across multiple industry segments

    Inside Huawei’s End-to-End Self-Sufficiency Strategy: How Hongtu, Tau Scaling, and LogicFolding Deliver EUV-Free Silicon at Scale by 2031

    5 months ago19 sources
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    Huawei’s Hongtu Plan, announced at HDC 2026, aims to bring 200+ chip types and 1,200+ device categories onto OpenHarmony across more than 20 industries, while the Tau Scaling Law and LogicFolding architectur...

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  • Artist's impression of the JUNO neutrino detector, with a large transparent sphere of liquid scintillator surrounded by photomultiplier tubes deep underground, and neutrino interac

    China's JUNO Neutrino Detector Delivers World-Leading First Results from Just 59 Days of Data

    5 months ago35 sources
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    In its first 59.1 days of operation, China's JUNO detector measured two neutrino oscillation parameters—sin²θ₁₂ and Δm²₂₁—with the highest precision ever achieved by a single experiment, 1.6 times better tha...

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