GFS

Post argues a U.S. federal $2.013B CHIPS Act quantum investment (minority equity stakes across nine quantum companies) is a major catalyst that drives a sector-wide re-rating. It highlights Infleqtion (ticker given as INFQ) as a newly SPAC’d neutral-atom quantum company with government customers, and notes sharp post-announcement price moves across quantum names (INFQ, QBTS, RGTI, IONQ, IBM).

Post summarizes 2Q22 semiconductor foundry revenue performance: all listed foundries grew revenue except Intel, which declined sharply. It’s a comparative fundamental datapoint (not a trade call) but implies relative strength for pure-play foundries vs INTC.

Post cites ASML’s view that tech-sovereignty-driven buildouts could create ~18m wafers of excess capacity by 2030 (vs TSMC ~16m today), with ~50% of incremental capacity in mature nodes (>28nm). Actionable mainly as a long-horizon cyclical risk signal for wafer-fab equipment (WFE), foundries, and mature-node supply dynamics; no near-term catalyst given.

Post argues TSMC has industry-lowest COGS per wafer (<$500) and an 'unbeatable cost structure' versus GlobalFoundries, which allegedly has the highest COGS per wafer due to legacy depreciation—implying a structural margin/price competitiveness advantage for TSMC and disadvantage for GFS.

The entry is a high-level semiconductor technology explainer arguing that traditional transistor scaling has hit physical limits: lithography wavelengths became too large relative to target features, and ultra-small transistors face leakage/tunneling problems. It frames ASML’s EUV lithography as the machine that extended Moore’s Law by enabling continued patterning at advanced nodes. The source is educational rather than a new company-specific catalyst, but it reinforces the strategic value of E