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Trending AI Posts & Hot Research Catchup - Page 13

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  • Abstract visualization of cosmic expansion with warped spacetime geometry intersecting quantum energy fields, representing Finsler gravity and the Generalized Uncertainty Principle

    Finsler Gravity and the GUP: Two Theories Aiming to Replace Dark Energy

    5 months ago25 sources
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    Finsler gravity, an extension of Einstein's theory, naturally predicts an accelerating universe even in a vacuum by using a more general geometry of spacetime, potentially eliminating the need for a cosmolog...

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  • Artist's impression of a supermassive black hole dominating a small, chemically pristine galaxy in the early universe, with gas and dust swirling in an accretion disk

    A 'Naked' Black Hole That Formed Before Its Galaxy: JWST’s First Direct Mass Measurement

    5 months ago19 sources
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    Researchers have made the first direct dynamical mass measurement of a black hole within the universe's first billion years, revealing that the 50 million solar mass giant Abell2744 QSO1 outweighs its entire...

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  • Conceptual illustration of Huawei's Tau Scaling Law and LogicFolding 3D chip architecture, representing a semiconductor breakthrough that bypasses US sanctions by targeting 1.4nm-e

    Huawei Unveils Tau Scaling Law: The Architectural Workaround Bypassing US Chip Sanctions

    5 months ago27 sources
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    Huawei's new Tau (τ) Scaling Law replaces geometric transistor shrinking with time based optimization, while its LogicFolding architecture stacks logic circuits in 3D to boost density by 55% — all using olde...

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  • Abstract illustration of Huawei's 3D LogicFolding chip architecture with vertical circuit layers and signal paths representing the Tau Scaling Law concept

    Huawei's LogicFolding and Tau Scaling Law Spark Chinese Chip Stock Surge Despite Analyst Caution

    5 months ago26 sources
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    Huawei unveiled its LogicFolding chip architecture and Tau (τ) Scaling Law at ISCAS 2026, claiming a path to 1.4nm class transistor density by 2031 without ASML's restricted EUV machines—triggering a surge i...

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  • Conceptual illustration of Huawei Tau scaling and LogicFolding chip architecture focusing on signal timing optimization

    Huawei’s Tau Scaling Law Explained: The Chip Design Strategy Aiming for 1.4‑nm‑Equivalent Performance

    5 months ago18 sources
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    Huawei’s Tau (τ) Scaling Law proposes improving chips by reducing signal propagation time inside processors rather than relying mainly on smaller transistors, paired with a LogicFolding architecture that sho...

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  • Concept illustration of Huawei Tau Scaling Law and LogicFolding chip architecture

    Huawei’s Tau Scaling Law: Can ‘Time Scaling’ Deliver 1.4‑nm‑Equivalent Chips by 2031?

    6 months ago21 sources
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    Huawei says its Tau (τ) Scaling Law could deliver transistor density equivalent to a 1.4‑nm chip by 2031 by focusing on “time scaling” and architectural techniques like LogicFolding instead of relying solely...

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  • Concept illustration of a micro‑LED retinal projection display sending collimated light beams into the human eye

    A‑RPD: The New Micro‑LED Display That Projects Images Directly Onto Your Retina

    6 months ago18 sources
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    A new active retinal projection display (A‑RPD) uses micro‑LED pixels integrated with CMOS drivers and tiny on‑chip collimators to emit parallel light beams that pass through the pupil and form images direct...

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  • Illustration of multiple frontier AI models competing in benchmarks

    AI Benchmark Showdown 2026: GPT‑5.5 vs Claude Opus 4.7 vs Gemini 3.5 Flash vs Grok 4.3 vs DeepSeek V4

    6 months ago26 sources
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    Across public benchmarks in 2026, GPT‑5.5 shows the strongest overall agentic performance (82.7% on Terminal‑Bench 2.0 and 84.9% on GDPval), Claude Opus 4.7 leads several coding benchmarks like SWE‑bench Ver...

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  • Illustration representing benchmark comparison between leading AI models including GPT‑5.5, Claude Opus 4.7, Gemini 3.5 Flash, Grok 4.3, and DeepSeek V4

    GPT‑5.5 vs Claude Opus 4.7 vs Gemini 3.5 Flash vs Grok 4.3 vs DeepSeek V4: Benchmarks Compared

    6 months ago20 sources
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    Public benchmark data suggests GPT‑5.5 currently leads overall across several agentic and knowledge‑work evaluations (e.g., 82.7% on Terminal‑Bench 2.0 and 84.9% on GDPval), while Claude Opus 4.7 leads the s...

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  • Visualization of many points in a plane connected by unit-distance edges, illustrating the unit distance problem in discrete geometry

    How an AI Model Disproved Erdős’s 80‑Year‑Old Unit Distance Conjecture

    6 months ago16 sources
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    An OpenAI reasoning model produced a mathematical construction showing that for infinitely many n, planar point sets can contain at least n^(1+δ) unit‑distance pairs for some fixed δ 0—contradicting Erdős’s...

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  • 納米泌體能直達肺部收復受損組織，更是改善「長新冠」後遺症的關鍵。它更具備極強的穿透力，能輕易穿透血腦屏障，針對腦神經退化進行精準修復。納米泌體是如何对脑神经退化进行修复的？

    納米泌體能直達肺部收復受損組織，更是改善「長新冠」後遺症的關鍵。它更具備極強的穿透力，能輕易穿透血腦屏障，針對腦神經退化進行精準修復。納米泌體是如何对脑神经退化进行修复的？

    6 months ago6 sources
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    納米泌體「修復腦神經退化」的說法，科學上比較準確的表達是：外泌體可能透過攜帶 miRNA、蛋白質、脂質和生長因子等分子貨物，影響腦內發炎、氧化壓力、神經細胞存活、突觸功能和異常蛋白運輸，但目前多數仍屬研究階段，不等於已證實能精準治療阿茲海默症、帕金森氏症等神經退化疾病。[1][3][5][6] 可能機制包括： 穿越血腦屏障 外泌體是奈米級細胞囊泡，研究認為它們具有作為腦部藥物載體的潛力，因為它們可能穿越血腦屏障...

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  • 你可以搵下啲數字REFERENCE，老實講，我知係要大過200 如果第11 天

    你可以搵下啲數字REFERENCE，老實講，我知係要大過200 如果第11 天

    6 months ago5 sources
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    如果你講嘅係 11dp5dt（唔計移植日），我搵到嘅 reference 並唔支持「一定要 200」作為通用硬指標；更準確講，對呢個講法係 Insufficient evidence，因為唔同研究、唔同抽血日數、鮮胚/凍胚嘅 cut off 都唔一樣。[2][3][5] 先講最基本：有研究將凍胚移植後第 10 日 β hCG ≥25 IU/L 定義為生化妊娠陽性標準，呢個明顯遠低過 200。[1] 講到「預測...

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