Richard Haglund

Application of Tunable, Ultrafast Lasers to Ion-Trap Mass Spectrometry

Lead Institution

Vanderbilt University

Principal Investigator

Richard Haglund

Project type

Exploratory Research

We propose to use ion-trap mass spectrometry, capitalizing on the asymmetric trap design developed by Dr. Alexander, to study ion and neutral atom and molecule emission under laser irradiation in the…

Application of Tunable, Ultrafast Lasers to Ion-Trap Mass Spectrometry

Lead Institution

Vanderbilt University

Principal Investigator

Richard Haglund

Project type

Exploratory Research

We propose to use ion-trap mass spectrometry, capitalizing on the asymmetric trap design developed by Dr. Alexander, to study ion and neutral atom and molecule emission under laser irradiation in the…

Influence of Phase-Changing Medium on Surface-Enhanced Electromagnetic Fields and Coherence Lifetime of Active Plasmonic Nanostructures

Lead Institution

Vanderbilt University

Principal Investigator

Richard Haglund

Project type

Large-Scale EMSL Research

The miniaturization of photonic circuits is critical to 21st century data processing and telecommunication technologies. Plasmonics, based on the optical properties of metallic nanostructures, holds…

Laser Ablation Ionization/Characterization of Solids

Lead Institution

Vanderbilt University

Principal Investigator

Richard Haglund

Project type

Exploratory Research

EMSL Science Overview

Richard Haglund

Projects

Application of Tunable, Ultrafast Lasers to Ion-Trap Mass Spectrometry

Application of Tunable, Ultrafast Lasers to Ion-Trap Mass Spectrometry

Influence of Phase-Changing Medium on Surface-Enhanced Electromagnetic Fields and Coherence Lifetime of Active Plasmonic Nanostructures

Laser Ablation Ionization/Characterization of Solids