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At -12 Net Approval, Trump’s Second Term Begins With No Honeymoon and a Divided Response to the Venezuela Raid
Trump enters his second term with historically weak public support and a sharply divided reaction to his boldest foreign‑policy move so far: the U.S. raid that captured Venezuelan President Nicolás Maduro. With a net approval of -12 points and almost identical splits on the raid itself, his “honeymoon period” is closer to a political grind…
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Ni8mare (CVE-2026-21858): Inside the Critical Unauthenticated RCE in n8n and Its Impact on Automation Security
Ni8mare (CVE-2026-21858) is a critical unauthenticated remote code execution (RCE) vulnerability in the n8n workflow automation platform that abuses a content‑type confusion bug in webhook and form handling to escalate from arbitrary file access to full instance takeover. It combines weak input validation, overly trusting workflow logic, and powerful automation capabilities into a single exploit…
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The Great AI PC Collapse: Why Dell’s Honesty Exposed the Gap Between Hype and Reality
Dell’s public retreat from “AI PC” marketing at CES 2026 marks a rare moment of honesty in an industry that has spent two years insisting artificial intelligence would single‑handedly restart the PC upgrade cycle. Instead, one of the sector’s most important players is now acknowledging what consumers have quietly signaled all along: people are not…
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Europe’s Peacekeeping Gamble: How France’s 6,000 Troops Could Anchor Ukraine’s Post‑War Security
France’s decision to prepare the deployment of 6,000 troops to Ukraine after a peace agreement marks one of the boldest European security moves of the post–Cold War era, signalling a deliberate attempt to anchor Ukraine’s future with primarily European – not American – ground forces. The initiative, built around a broader Coalition of the Willing…
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Beyond Bond Graphs: How Geometric Deep Learning Is Rewriting the Rules of Molecular Design
Geometric deep learning is rapidly transforming how scientists design molecules, offering a fundamentally new way to think about drug discovery: not as a 2D graph problem, but as a full 3D geometric learning task grounded in physics and symmetry. By encoding molecules and their interactions as structured geometric objects—graphs in 3D space, surfaces, and manifolds—researchers…
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From Desperation to Justice: How Ukraine’s $18 Million Court Win Exposed the Dark Corners of Wartime Arms Deals
Ukraine’s $18 Million Legal Victory: How a Broken Ammunition Deal Exposed the Risks of Wartime Arms Procurement When Ukraine wired more than €17 million to a small gun shop in Arizona in late 2022, it was acting under extreme pressure. Russian forces were battering Ukrainian cities, artillery duels dominated the front, and Kyiv was racing…
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The Silent Partner in Penetration Testing: How Organizations Hack Themselves Without Harming Themselves
Penetration testing delivers the most value when it finds real weaknesses without causing real incidents. The organizations that do this well treat pen testing less like a “hackathon” and more like a planned surgical procedure: carefully scoped, tightly authorized, method‑driven, and continuously monitored. They are not only asking, “How hard can we hit this system?”…
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Death Toll Obscured: Inside the Deadly Crackdown on Iran’s Nationwide Revolt Against Ayatollah Khamenei
Iran is witnessing its largest and deadliest wave of anti-government unrest in years, with activists reporting dozens to potentially hundreds killed as protesters directly challenge the authority of Supreme Leader Ayatollah Ali Khamenei. Conflicting casualty figures, sweeping internet shutdowns, and official denials have obscured the true scale of the bloodshed even as the protests spread…
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The Drone Arithmetic of Attrition: How Ukraine Turned Unmanned Warfare Against Russia’s Manpower Advantage
Ukraine’s top military commander says December 2025 marked an inflection point in the war: Ukraine’s drones killed or seriously wounded roughly as many Russian soldiers as Russia managed to mobilize into the fight that month. In a conflict already defined by unmanned systems, this milestone crystallizes a new reality — the frontline arithmetic of attrition…
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Inside DeepSeek’s Manifold-Constrained Hyper-Connections: How a Doubly Stochastic Trick Could Rewire LLM Scaling
DeepSeek’s new paper on Manifold-Constrained Hyper-Connections (mHC) proposes a mathematically disciplined way to stabilize and scale large language models by redesigning how residual pathways carry information through very deep networks. Instead of throwing more compute at bigger models, it attacks a core architectural weakness that has quietly limited how far standard and hyper-connected networks can…