Real data, no synthetic inputs
The framework uses a public daily panel from January 2020 to April 2026, built to study cross-block transmission under live geopolitical stress rather than only abstract macro shock.
Most coverage stops at oil, LNG, freight, and volatility. This research tracks the slower, easier-to-miss industrial channel: helium logistics into semiconductor fabrication, and from there into AI-compute capacity.
The framework uses a public daily panel from January 2020 to April 2026, built to study cross-block transmission under live geopolitical stress rather than only abstract macro shock.
The first layer is immediate and visible: energy, freight, rates, FX, volatility. The second layer is slower: helium pressure feeding semiconductor stress and downstream compute constraints.
At the 64-day scale, the structure sharpens rather than disappears. Sparse CCA collapses the quarterly regime into a single Brent↔SOX direction with a held-out correlation of 0.825.
The visible shock reprices fast. The industrial bottleneck arrives later, when helium logistics, fab allocation, and downstream technology risk start to matter more than the first headline.
A sharp, research-driven note for people tracking what may happen after the visible oil shock: the slower industrial path into semiconductors, AI hardware, and compute capacity.
Takes 30 seconds. I'll send the Hormuz Transmission Brief directly to your inbox.
I'll only email major updates, new crisis notes, and research releases.
Want to know how Hormuz hits your specific exposure?