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CRISP: MBE, Magnetometers, AFM, STM & More

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Software Downloads:
e-beam dot analysis program,
line edge roughness analysis

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Director

Paul Fleury   Paul Fleury

Frederick William Beinecke Professor of Engineering and Applied Physics

Research and Biography

Associate Director of Nanoscience

Mark Reed   Mark Reed

Harold Hodgkinson Professor of Engineering and Applied Science

Research and Biography

Associate Director of Quantum Engineering

Rob Schoelfkopf  

Rob Schoelkopf

William A. Norton Professor of Physics and Applied Physics

Research and Biography

Associate Director of Facilities

  Michael Rooks

Senior research scientist

Research and Biography

 

Core Faculty

 

David DeVille

 

David DeMille

Professor of Physics

Research and Biography

 

 

 

Paul Fleury

 

Paul Fleury

Frederick William Beinecke Professor of Engineering and Applied Physics

Research and Biography

 

 

 

 

 

Steven Girvin

 

Eugene Higgins Professor of Physics and Applied Physics

 

Research and Biography

Mark Reed

 

Mark Reed

Harold Hodgkinson Professor of Engineering and Applied Science

Research and Biography

 

 

 

Mark Saltzman

 

Mark Saltzman

Goizueta Foundation Professor of Chemical and Biomedical Engineering

Research and Biography

 

 

 

Rob Schoelfkopf

 

Rob Schoelkopf

William A. Norton Professor of Physics and Applied Physics

Research and Biography

 

 

 

Mitch Smooke

 

Mitch Smooke

Strathcona Professor of Mechanical Engineering

Research and Biography

 

 

 

John Tully

John C. Tully

Sterling Professor of Chemistry

Research and Biography

 

 

Affiliated faculty

The faculty of the Yale Institute for Nanoscience and Quantum Engineering are members of many departments at Yale, including the Yale Faculty of Engineering, Faculty of Arts and Sciences and the Medical School.

The department abbreviations used below are:

Applied Physics (AP); Biomedical Engineering (BME); Chemical Engineering (ChE); Chemistry (Chem); Electrical Engineering (EE), Environmental Engineering (EnvE), Molecular Biophysics and Biochemistry (MBB); Molecular, Cellular and Developmental Biology (MCDB); and, Mechanical Engineering (ME).

 

Charles Ahn (AP) — MBE complex oxide interfaces

Sean Barrett (Phys) - Optically pumped NMR

Victor Batista (Chem) — Quantum chemistry of biomolecules

Ronald Breaker (MCDB) - Natural and engineered nucleic acids

Michael Caplan (Cellular & Molecular Physiology) —Nanoparticles in cells and tissues

Richard Chang (AP) - Microcavity lasers

Jose Costa (Pathology, Oncology) - Molecular diagnostics and cancer

Robert Crabtree (Chem) — Organometallic molecular design and synthesis

Jim Cross (Chem) — Fullerene-based chemistry

Juan de la Mora (ME) - Analysis and production of ultrafine aerosols

David DeMille (Phys) - Optical control of molecular dynamics —CORE faculty

Michel Devoret (AP) - Superconducting quantum information

Eric Dufresne (ME) - Holographic manipulation of nanostructures

Menachem Elimelech (ChE, EnvE) — Environmental colloidal chemistry

Tarek Fahmy (BME) — Medical imaging, biosensors, drug delivery

Paul Fleury (FOE, AP) — Laser spectroscopy of condensed matter -YINQE Director

Steven Girvin (Phys) - Theory of quantum information systems — YINQE Associate Director

Alessandro Gomez (ME) - Electrospray synthesis of nanoparticles

Bob Grober (AP) - Spectroscopic imaging of nanostructures

Gary Haller (ChE) - Nanotubes and catalysis

Andrew Hamilton (Chem) — Synthetic bio-active molecules

Jung Han (EE) - Semiconductor quantum dots and nanowires

Jack Harris (Phys) Coupled photonic/mechanical systems

Sohrab Ismail-Beigi (AP) - Electronic and optical properties of nanomaterials

Hur Koser (EE) — NEMS, microfluidics

Themis Kyriakides (Pathology, BME) — Biological responses to implanted materials

David LaVan (ME) — Bio-MEMS and nanomedicine

Erin Lavik (BME) — Polymer scaffolds and tissue engineering

Michael Levene (BME) — Multiphoton microscopy and optical nanodevices

Paul Lizardi (Pathology, MBB) — Molecular beacons, epigenetic analysis of cancer

T.P. Ma (EE) - Advanced CMOS gate dielectrics

Mike McBride (Chem) — Single-crystal analysis for molecular control  

Glenn Micalizio (Chem) — Complex organic molecular synthesis

Scott Miller (Chem) — Synthesis of stereochemically complex structures 

Simon Mochrie (AP/Phys) — Synchrotron characterization of nanosystems

Janet Pan (EE) - Optoelectronic devices

Lisa Pfefferle (ChE) - Nanotube Synthesis

Corey O'Hern (ME) - Soft matter theory
Chinedum Osuji (ChE) - Directed self-assembly and physics of soft materials

Dan Prober (AP) - Microwave photonics

Ainissa Ramirez (ME) - Shape-memory alloy films

Mark Reed (EE) - Quantum electron device physics — YINQE Associate Director

Lynne Regan (MBB) — Protein structure and function

Dan Rosner (ChE) — Transport phenomena of nano-systems

Mark Saltzman (BME) — Polymers for drug delivery and tissue engineering —CORE  faculty

Martin Saunders (Chem) - Fullerenes and organic molecular conformers

Alanna Schepartz (Chem )- Intercellular protein chemistry

Robert Schoelkopf (AP) - Single electron quantum information systems —CORE faculty

Charles Schmuttenmaer (Chem) - Ultrafast spectroscopic probes of quantum dots

Erik Shapiro (Diagnostic Radiology) - Development of novel MRI contrast agents

Fred Sigworth (BME) — Novel biosensors and biological nano-assemblies

Mitchell Smooke (ME) — Numerical simulation of chemical dynamics — CORE faculty

Douglas Stone (AP) - Theory of quantum measurement

Hong Tang (EE/ME) - Nano-electromechanical systems

John Tully (Chem) — Theoretical Molecular Dynamics — CORE faculty

Ann Valentine (Chem) — Titanium-containing biomolecules

Patrick Vaccaro (Chem) - Spectroscopic interrogation of chemical transformations

Paul Van Tassel (ChE) — Biomimetic thin films

Sherman Weissman — (Genetics/Medicine) - Methods for Molecular Genetics

Kurt Zilm — (Chem) — NMR analysis of nanocrystalline macromolucules