The LCMRCconducts collaborative research with Cal Poly Pomona, a Hispanic Serving Institution. Cal Poly Chemistry Juniors work in the Department’s research laboratory for two quarters during the AY, then continue their research full time at the LCMRC labs in Boulder during the summer. Cal Poly students are able able to take advantage of the dynamic atmosphere and interdisciplinary expertise of the LCMRC and use

Connections between “quantum dots” may enable new types of solar cells

A collaboration between PREM partners, Michael Bockstaller (CMU) and Rufina Alamo (FAMU) had great outcomes for both science and education. A student from Alamos's group at FAMU, Robert Smith, joined Bockstaller's group during the summer to study the effect of selective chlorine substitution on the crystallization of polyethylene. Scientifically, the collaboration resulted in two publications co-authored by Smith, Bockstaller, Alamo, and others (see figures below). Educationally, Smith's exposure to graduate research at CMU led him to apply for graduate school at CMU and elsewhere.

Soft robotics, wearable computing, and mechanically adaptive structures will lead to revolutionary tools for exploration, disaster relief, personal electronics, and assistive medicine. Progress demands innovative solutions to current challenges: electronic skin for tactile sensing, and soft, hyperelastic circuits for stretchable computing. These new materials will enable next-generation machines and electronics to be soft, durable, impact resistant, and capable of adapting their shape, mechanical properties, and functionality to rapid changes in user environmental conditions.

Semiconductor nanocrystal