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Core Viewpoint - The ongoing Middle East conflict is causing a helium shortage that significantly impacts the semiconductor supply chain, particularly affecting companies like Samsung Electronics and SK Hynix, leading to a market value loss exceeding $200 billion [1][2]. Group 1: Helium Supply Crisis - Iran's attacks on Qatar's helium production facilities have resulted in a drastic reduction in global helium supply, with Qatar accounting for over 30% of the world's helium supply [1]. - Helium prices have doubled within two weeks, and contract premiums have surged, indicating a rapidly emerging supply shortage [1][2]. - Helium is essential for wafer etching in semiconductor manufacturing, and there are currently no viable alternative manufacturing processes, making the supply constraints particularly critical [2]. Group 2: Impact on Semiconductor Manufacturers - Asian semiconductor manufacturers, especially South Korean companies, are heavily reliant on Qatari helium, with a dependency rate close to 65% [2]. - The market has reacted negatively, with a reported loss of over $200 billion in market capitalization for affected companies, reflecting investor concerns over potential mid-term capacity reductions [2]. - Analysts warn that while current inventories may temporarily mask the shortage, a significant supply disruption could occur in the coming weeks, forcing manufacturers to prioritize high-margin products like AI chips over consumer electronics [2]. Group 3: Broader Supply Chain Implications - The helium crisis is interconnected with previous energy shocks, reshaping market perceptions of supply chain security, highlighting that limitations on chip production are increasingly due to upstream raw material bottlenecks [3]. - Bromine, another critical material for semiconductor manufacturing, is also at risk, with South Korea relying on Israel for approximately 97.5% of its bromine imports, making it vulnerable to geopolitical tensions [4]. - Although bromine has not yet faced significant supply disruptions, its risk level has escalated from "low profile" to "highly sensitive," indicating potential future challenges for storage chip production [4].