From Toys to Combat Ships: Life-like Pattern Formation in Chemical Systems

Abstract: Living systems masterfully program molecular events to create macroscopic shapes and dynamics. Can the same be done in inorganic chemistry? The answer is yes if reactions are kept far from the thermodynamic equilibrium and…

The event will be led by Prof. Howard Stone at the McDonnell Hall A02 lecture room.

The event will be led by Prof. Howard Stone at the McDonnell Hall A02 lecture room.

Memristive Devices: from Materials Science to Neuromorphic Hardware

Abstract: Developing electronics beyond Moore's Law requires a revolutionary vision in new materials, novel devices, disruptive technologies, and alternative computer architecture. A memristor (resistance switch) is an emerging device that uses…

What One Material Can Do

Abstract: Vanadium dioxide undergoes a metal-insulator phase transition at 67 degree C. The two phases differ drastically in electrical and optical/dielectric properties. Using this one material and its doped phases, we have uncovered new physics in correlated electron behavior, and…

Tracing Electrons in Organic Optoelectronic Materials

Abstract: Organic semiconductors are appealing for optoelectronic devices like solar cells and lighting and displays due to their low fabrication cost and energy input, tunable band gaps, and mechanical characteristics like their light weight and flexibility…

From Mollusk Shells to Dense Architectured Materials to Granular Crystals: How Building Blocks and Weak Interfaces Create High Mechanical Performance

Abstract: Regular building blocks of controlled shape and size can be assembled to create fully dense “architectured” materials and structures. When the building…

Room Temperature Single Nanocrystal Anti-Stokes Shifted Superfluorescence

Abstract: Superfluorescence (SF) is a unique quantum mechanical behavior arising from the self-organization between emitters, thus forming a cooperatively coupled assembly. In contrast to isotropic spontaneous emission or normal…

Join PCCM for this acclaimed scholarly in-person presentation (45 minutes) featuring a captivating portrayal of two-time Nobel Prize winner Marie Curie. Free to attend with RSVP (required). Seating is limited!

"Everything a science film should be." ~ Dr. Lisa Randall, Physicist & Author, Harvard University

Celebrate Princeton Innovation honors faculty researchers, postdoctoral researchers, graduate students and undergraduates who are making a difference through their discoveries and entrepreneurial spirit. This annual event features faculty innovators and discoveries that have the potential to become everyday innovations that improve life,…