Breaking the symmetry of chemical systems with bipolar electrochemistry: from materials science to motion

Breaking the symmetry of chemical systems with bipolar electrochemistry:

from materials science to motion

Alexander Kuhn

DNA nanotechnology for self-assembly of nanoelectronics

Hareem Maune

IBM Almaden Research

hmaune@us.ibm.com

Heteroatom Functionalization by Asymmetric Organocatalysis

Transition Metal-Catalyzed Methods for Introducing Heteroatoms into Hydrocarbon Frameworks

New Mass Spec Book

News for Rachel Martin

UCI has profiled Rachel Martin's work on cataracts.

Optical studies of nanostructures and solid oxide fuel cells

Steady-state and transient spectroscopic studies are described for plasmonic metal nanorods, gold nanoantenna arrays and atomic layer deposition (ALD) silver films.

UCI Department of Chemistry

New developments in HCV therapeutics: An overview

Neurotransmitter Pharmacology

Catalysis with Hydrogen Bonds: Iodoamination, Cycloaddition, and Hydrolysis