Explain lightning physics and protection using Rakov & Uman references.
npx skills add https://github.com/kjanat/skills --skill lightning-kjanat
Please help me install this Agent Skill. Skill: lightning Source: https://github.com/kjanat/skills/tree/main/skills/lightning Command: npx skills add https://github.com/kjanat/skills --skill lightning-kjanat
This Skill provides comprehensive knowledge on lightning physics, effects, and protection, enabling accurate and detailed answers to complex questions about atmospheric electricity.
Use the lightning skill to explain the difference between stepped and dart leaders.
High-intent search queries and answers about installing and using this skill.
Stepped leaders propagate in discrete segments toward the ground during initial lightning strikes, while dart leaders travel continuously along the pre-ionized channel for subsequent return strokes. This Skill details both discharge mechanisms using authoritative references.
A negative first return stroke typically reaches peak current parameters of roughly 30 kA, with specific lightning current shapes and temporal parameters detailed in this Skill's quantitative knowledge base derived from Rakov & Uman (2003).
Yes, you can analyze specific atmospheric electricity phenomena using included computational scripts that evaluate lightning parameters and discharge characteristics based on established physics models and quantitative data.
Lightning protection methods covered include grounding systems, shielding techniques, and detection systems designed to mitigate thunderstorm effects, with detailed explanations of how each method intercepts or redirects atmospheric electrical discharges.
Yes, the Skill requires math and enum dependencies to execute its computational scripts, which process lightning current parameters and perform quantitative analysis of atmospheric electricity models.
Ball lightning remains a complex atmospheric electricity phenomenon with various proposed physical mechanisms, and this Skill provides precise, data-backed explanations of its characteristics based on authoritative lightning physics references.
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