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South Korea Unveils SEED Projects in Renewable Energy, Quantum Computing, Space
South Korea announced SEED projects to commercialise water‑cooled small modular reactors by 2035, build non‑water‑cooled small modular reactors from 2030, develop a domestic nuclear‑fusion reactor, a 100‑qubit quantum computer by 2029, a low‑Earth‑orbit satellite network by 2035, AI‑based bio infrastructure by 2030, and a commercial brain‑computer‑interface product by 2035.
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What happened
South Korea announced SEED projects to commercialise water‑cooled small modular reactors by 2035, build non‑water‑cooled small modular reactors from 2030, develop a domestic nuclear‑fusion reactor, a 100‑qubit quantum computer by 2029, a low‑Earth‑orbit satellite network by 2035, AI‑based bio infrastructure by 2030, and a commercial brain‑computer‑interface product by 2035.
Confirmed
Global impact / market context
The initiatives aim to create new growth engines for the Korean economy by advancing high‑tech sectors, reducing reliance on imported energy and minerals, and positioning the country as a leader that could attract private investment and boost exports.
Analyst inference
South Korea’s SEED plan arrives while global demand for clean power, quantum computing and satellite services grows, prompting governments to fund strategic tech and potentially directing capital toward Korean firms in these emerging fields.
Analyst inference
What to watch
- Licensing and construction progress of the first non‑water‑cooled small modular reactor, which will show regulatory readiness and private‑sector confidence. Proposed
- Milestones for the 100‑qubit quantum computer and upgrades to quantum chip manufacturing, indicating Korea’s ability to compete in quantum hardware. Proposed
- Development of the low‑Earth‑orbit satellite communications network and related supply‑chain investments, which could affect telecom and aerospace equipment makers. Proposed