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ASML stock: Hybrid bonding row?

Translated title. Original: ASML Aktie: Hybrid-Bonding-Zoff?

Eduard Altmann is a veteran finance author and analyst focused on stocks, gold, silver, commodities, and the euro, using the Gann strategy to forecast price movements. He promotes value investing and practical, self-directed wealth management through publications like Megatrend-Depot, aiming to educate a broad audience with clear, actionable insights into market trends.

Designing smarter access policies for hybrid enterprises | Microsoft Community Hub

Hybrid work requires policy design that treats identity as the perimeter and uses risk-aware, tier-based access controls to enable secure, frictionless access; AI agents are treated as identities, with just-in-time privileges and dynamic, risk-based enforcement to achieve a usable Zero Trust posture.

[2611.05105v1] Comment on "Supervised Learning with Quantum Hamiltonian Embeddings" (arXiv:2610.26833)

Comment discusses the relationship between quantum Hamiltonian embeddings and prior QCML work, including an IBM quantum hardware implementation, and questions the novelty of encoding a full dataset in a single ground state.

[2610.41432] Hybrid Computer Use: A Unified Programmatic, Semantic, and Visual Interface for General Agents

Hybrid Computer Use (HCU) unifies programmatic, semantic, and visual interaction channels to empower general agents, improving efficiency and task success across tasks by coordinating channel use and reducing interaction rounds.

[2610.24899] HybridResearcher: Bridging the Structured-Unstructured Boundary for Deep Research Agents

HybridResearcher is a 4B model designed to bridge evidence across structured and unstructured data. It creates cross-source bridge trajectories from single-source tasks, trains with supervised fine-tuning and reinforcement learning, and shows improved performance on cross-source benchmarks and single-source tasks compared to larger models.

Subspace Twirling Could Enable Ultraprecise Quantum Sensors

Researchers describe conditions under which subspace twirling can suppress noise and preserve signal information in quantum sensors with time-dependent Hamiltonians. The method may enable precision beyond the standard Heisenberg limit without adaptive controls.

Columbia’s Yuen And Chicago’s Verresen Win $100,000 Microsoft Quantum Grant

Columbia’s Henry Yuen and the University of Chicago’s Ruben Verresen each received a $100,000 Microsoft grant for research on measurement-based quantum computing. Their project will examine how classical processing and quantum measurements can improve computation and where more quantum resources are needed.

Quantum State Preparation At IEEE Quantum Week 2026

A report on IEEE Quantum Week 2026 in Toronto, detailing how classical pre-processing reduces quantum circuit costs across standard quantum algorithm components, with emphasis on gate counts, error-corrected considerations, and the trade-off between circuit size and runtime.

[2610.35845] Work Agents: Systems, Capabilities, and Optimization

The paper proposes a unified, system-level framework for work agents that combine foundation models with runtime harnesses to execute tasks in stateful workspaces. It introduces two dimensions—work persistence and work openness—and classifies digital work into five forms, detailing five core capability families and optimization strategies, while evaluating current metrics and outlining future research directions.

GitHub - togethercomputer/HybridAgent · GitHub

HybridAgent is a configurable LLM system that combines latent reasoning with text-based interaction, using HybridLink to switch between modes and a working-memory pipeline to render latent thoughts. The repo provides tools for training (HybridSFT, HybridRL), batch inference, and an interpretable latent mode, with installation steps and multiple model configurations available via local or Hugging Face sources.