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In a groundbreaking achievement, researchers have pioneered the vdW squeezing technique, enabling the creation of atomically thin two-dimensional metals. This innovative method involves compressing metals between van der Waals anvils under high pressure, resulting in layers as thin as a few angstroms. The potential applications are vast, from enhancing electrical conductivity in high-speed transistors to advancing quantum computing and optoelectronics. As scientists continue to explore its possibilities, vdW squeezing is poised to transform fields from electronics to quantum technology