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David Grier's research at New York University focuses on soft condensed matter physics, exploring microscopic interactions that lead to complex hierarchies of order and function in simple systems. His experimental work emphasizes the interactions and dynamics of specially prepared colloidal dispersions, particularly those composed of micrometer-scale spheres in fluid media. Grier has pioneered techniques that measure extremely small forces such as electrostatic, hydrodynamic, and entropic interactions between colloidal particles. These forces play a crucial role in self-organization and the macroscopic properties of various industrial products. His group's efforts reveal ways to manipulate colloidal spheres into forming intricate crystals with extraordinary optical properties, potentially opening new avenues in the field of photonics. Grier's innovative experimental methods include holographic optical trapping for simultaneous manipulation of numerous objects, as well as advanced techniques for imaging and controlling particles at a microscopic level.
Open Program in Biomedical Sciences (Vilcek Institute) covers departments like Biochemistry, Pathology, Neuroscience, Microbiology, etc.