Speaker
Description
Abstract: At COMPASS, we define our value through a strategic pivot from merely describing nature to explicitly prescribing particle architectures for "impossible" materials, an achievement enabled by our multi-institutional Math-to-Manufacturing (M-to-M) engine. We demonstrate how the STC model enables a "research multiplier effect," transforming 28 discrete laboratories into a dense, interconnected global ecosystem that produces outcomes impossible within individual labs, such as the decoding of collective dynamics in nanoparticle assemblies. We substantiate this value through quantitative evidence: the Center reports 44 publications in 2025 alone, with over 40% of our 81 total publications since 2023 appearing in ultra-high-impact journals like Science and Nature. Progress in translation is manifested by 19 patent applications, including a key patent on bio-derived solid lubricants, and the release of software toolboxes like ResponseGT, which provides a 300X speedup in property prediction for the broader scientific community. Anchored by a new Gordon Research Conference on "Connected Matter" and the Kavli Materials Summit, COMPASS serves as a unique vehicle for field-building, bridging the "complexity gap" between traditional chemistry, physics, and applied mathematics to train a "domain multilingual" workforce.