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PARTICIPANT
Lastname
KEYWORDS DESCRIPTION
Ralph Weber
Professional
EPR
Bruker Biospin
Billerica, Massachusetts
United States
EPR Techniques:
cw EPR, DEER / PELDOR, DNP, ENDOR, EPR theory and simulation, ESEEM / HYSCORE, high-field EPR, imaging, ODMR, pulse EPR, rapid-scan EPR, special resonators

Research Areas:
defect centers, diagnostics / imaging, education, instrumentation / methods development, lanthanides, nitroxides, organic radicals, transition metals

I am applications manager for Bruker EPR in the US. I'm involved in many different tasks such as customer support, documentation, marketing, teaching, and technique & instrumentation development.


Jarett Wilcoxen
Principal Investigator
Chemistry and Biochemistry
University of Wisconsin-Milwaukee
Milwaukee, WI
United States
Website
EPR Techniques:
cw EPR, ENDOR, ESEEM / HYSCORE, pulse EPR, rapid-freeze quench

Research Areas:
enzymes, organic radicals, transition metals

My lab in interested in understanding, on a molecular level, how metalloenzymes generate highly reactive species, direct the reaction coordinate, and prevent unwanted side reactions.


Blake Wilson
Graduate Student
Institute for Terahertz Science and Technology
UC Santa Barbara
Santa Barbara, California
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EPR Techniques:
cw EPR, EPR theory and simulation, high-field EPR, pulse EPR, THz EPR

Research Areas:
instrumentation / methods development, lanthanides, membrane proteins, nitroxides

My research focuses on developing high-field (240 GHz) EPR instrumentation and methodologies. The experiment I work on is based around the UCSB mm-wave free electron laser (FEL) as a source of high power microwave radiation, to perform pulsed EPR at high field with short pulse lengths. In addition, I study high-field relaxation mechanisms in nitroxides and in gadolinium centers. I am interested broadening my knowledge of EPR techniques, and in connecting with my colleges.


Dr Richard Wylde
Principal Investigator
Thomas Keating
Billingshurst, West Sussex
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Website
EPR Techniques:
THz EPR

Research Areas:

EPR spectometers

TK develops makes and sells Quasi-Optical THz EPR bridges


Zhongyu Yang
Principal Investigator
Chemistry and Biochemistry
North Dakota State University
Fargo, North Dakota
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Website
EPR Techniques:
cw EPR, DEER / PELDOR, ESEEM / HYSCORE, pulse EPR, time-resolved EPR

Research Areas:
nitroxides, soluble proteins, transition metals

My research interest is to study the molecular interaction between proteins and ligand, including metallocomplexes and small drug-like molecules. I also want to study a couple of intrinsically disordered proteins. The purpose for participating is to communicate with the EPR community, share research ideas and look for potential postdoc candidates.


Zhelin (Jason) Yu
Graduate Student
University of Denver
Denver, Colorado
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EPR Techniques:
cw EPR, EPR oxymetry, EPR theory and simulation, imaging, rapid-scan EPR

Research Areas:
defect centers, diagnostics / imaging, instrumentation / methods development, nitroxides, organic radicals, transition metals

I am a graduate student in University of Denver. My research includes rapid scan and digital EPR developments in solid state nitroxides, spin-labeled proteins, irradiated tooth enamel and fingernails.


Xiaojun Zhang
Postdoctoral Scholar
Chemistry
USC
Los Angeles, California
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EPR Techniques:
cw EPR, DEER / PELDOR, ENDOR, EPR theory and simulation, pulse EPR

Research Areas:
nucleic acids, single-molecule magnets

My research focuses on using EPR to study nucleic acids structure and dynamics and their interaction with proteins. Joining SharedEPR network is one of the best way to learn the cutting-edge EPR techniques, get to be informed of the major advancements in EPR field, as well as the problems we are facing. I will gain invaluable experiences on how to plan my career, as well as build connections for possible future collaborations.


Yunzhi Zhang
Graduate Student
Department of Chemistry
Clemson University
Clemson, SC
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EPR Techniques:
DNP

Research Areas:
organic radicals

My research project now is interested in DNP technology, especially dissolution DNP. we try to use nano-scale beads which involve radicals inside to work for DNP, when combine with radicals such as BDPA, nanobeads can be very helpful to polarize materials without glassing solvent. I have the passion to continue my research project, which means I need more knowledge outside my university. So participate in the SharedEPR can really help me to my future research work.


Lihuang Zhu
Professional
Conductor Etch
Lam Research
San Jose, CA
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EPR Techniques:
DNP, EDMR

Research Areas:
defect centers, inorganic semiconductors

1-EDMR hardware for zero-field, low-field (2-4GHz) and high-field (94GHz)
2-Various 2-4GHz resonator designs
3-Donor electrons in phosphorus doped silicon sample
4-Vacancy defects in Si:C
5-Semiconductor RIE