Latest & Follow-up · English edition

Frontier One

New research, explained from first principles. These are full translations, with the original tables, equations, figures, sources and limitations retained.

4 complete English articles. Translation coverage · English RSS · 한국어 전체 NEWS

Original Figure 1 comparing theoretical energy, sulfur compounds, and the Li₂S-to-S₂Cl₂ reaction concept — **Original Figure 1 · theoretical comparison and reaction concept** Nan Zhang et al. · Nature Energy · 2026 · Figure 1 · Source · Original copyright retained; limited reproduction for figure commentary

2026-09-12

Can Sulfur Exchange One More Electron in a Battery?

A beginner’s guide to three-electron sulfur chemistry, voltage and capacity, electrode-level specific energy, and the limits of laboratory battery results.

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imec’s 2024 High-NA background image showing early CAR and MOR exposure patterns — **Official background image · early High-NA patterning, 2024** ©imec · 2024 · Figure 1 · Source · imec press and presentation image terms

2026-09-11

Why Smaller Chips Need Larger EUV Photomasks

ASML and TSMC’s large-mask roadmap explained through High-NA optics, exposure fields, stitching, and the separate 2030, 2031, and 2033 milestones.

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A blastocyst micrograph showing the internal cell cluster and cavity — **Original institutional photograph · early human-embryo research** Štěpán Jeřábek · Columbia University / IOCB Prague · Source · Institutional material; original copyright retained

2026-09-11

Why Accurate Embryo Editing Does Not Establish Safety

Human embryo base editing explained: DNA, blastocysts, mosaicism, unintended changes, and why successful editing does not establish reproductive safety.

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Complete original Figure 2 and caption: approximately 28 μm cross-section and a 30 by 10 cm freestanding film — **Original Figure 2 · film, cross-section, and elemental maps** Chunya Lou et al. · Nature Communications · 2026 · Figure 2 · Source · CC BY-NC-ND 4.0 · noncommercial, no derivatives

2026-09-11

Why Solid-State Batteries Need Thin Electrolyte Films

Understand sulfide electrolyte films, thickness and resistance, pouch-cell cycling, and the gap between useful battery materials and repeatable manufacturing.

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