A research team from KAIST, led by Professor Lee Ka-young, has introduced a semiconductor technology utilising ambipolar molybdenum disulfide (MoS2) for the development of sub-nanometer-scale semiconductors, potentially impacting the helium market by altering cooling requirements for advanced chip manufacturing processes. As chipmakers like Samsung Electronics and TSMC move towards mass production of 2-nanometer and even smaller chips, this new, more efficient technology could shift demand patterns for helium, which is crucial for cooling in semiconductor fabrication.
top of page
Search
Recent Posts
See AllResearchers from China and Austria have made strides in studying how helium atoms react when exposed to very intense light, specifically...
bottom of page