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Researcher Details
 
Name: Professor JW Goodby
Organisation: University of York
Department: Chemistry
Current EPSRC-Supported Research Topics:

Current EPSRC Support
There is no current EPSRC Support
Previous EPSRC Support
EP/M020584/1 Nanoscale Engineering of Dyes for Liquid Crystal Device Applications(P)
EP/L012375/1 Novel Electro-optic and Photonic Behaviours in Bent Core Liquid Crystals(P)
EP/K039660/1 Core Capability - University of York(C)
EP/J007714/1 Self-Organisation and Self-Assembly in Aliphatic Based Liquid Crystals(P)
EP/G023611/1 Biaxial Nematic Liquid Crystals:reducing symmetry to increase order and develop novel applications(P)
EP/F023790/1 Art into Science - Science into Art(P)
EP/E064299/1 SONS EUROCORES: Proposal 05-SONS-FP-014 Liquid Crystal Nanoparticles - LC-NANOP(P)
EP/D055261/1 Liquid Crystals (LCs) at Various Wavelengths of Light(P)
EP/C511948/1 Self-Rectifying Ferroelectric and Antiferroelectric Liquid Crystals For Applications In Photonic Systems and Microdisplays(P)
EP/C512251/1 Quasi-macrocyclic Liquid Crystals for Applications in Photonics(P)
GR/R97283/02 The Molecular Design of Multipodal Liquid Crystals(P)
GR/S43627/02 Dual Mode Nematic Liquid Crystal Displays (DMLCD)(P)
GR/R92110/02 Liquid Crystals for Applications in Photonic Devices for Telecommunications(P)
GR/S43627/01 Dual Mode Nematic Liquid Crystal Displays (DMLCD)(P)
GR/S81766/01 High Tilt Antiferroelectric Liquid Crystals for Displays and Photonic Devices(P)
GR/R97283/01 The Molecular Design of Multipodal Liquid Crystals(P)
GR/R92110/01 Liquid Crystals for Applications in Photonic Devices for Telecommunications(P)
GR/R30952/01 Novel Liquid Crystal Materials Tailored For Investigation of Phase Structure and Non-Linear Proporties.(C)
GR/N28269/01 HIGH TILT ANTIFERROELECTRIC LIQUID CRYSTALS FOR NOVEL OPTICAL DEVICE CONFIGURATIONS(P)
GR/N28245/01 FAST SWITCHING FERROELECTRIC AND ANTIFERROELECTRIC LIQUID CRYSTALS FOR DISPLAYS AND PHOTONIC DEVICES(P)
GR/N02399/01 LOW BIREFRINGENCE FERROELECTRIC LIQUID CRYSTALS FOR ACTIVELY ADDRESSED AND REFLECTIVE MODE DISPLAYS(C)
GR/M70001/01 NOVEL LIQUID CRYSTALS FOR PLLCD STRUCTURES USING DIRECT EMMISION GAS DISCHARGE SOURCES(C)
GR/L96042/01 ELECTRO-OPTICAL APPLICATIONS OF DISCOTIC LIQUID CRYSTALS.(C)
GR/L77072/01 ANTIFERROELECTRIC LIQUID CRYSTALS: TAILORING AND UNDERSTANDING NOVEL AND UNUSUAL STATES OF MATTER(C)
GR/L41417/01 THE SYNTHESIS AND MACROSCOPIC ALIGNING OF IMPROVED ORGANIC OLIGOMERS & POLYMERS FOR LIGHT EMITTING DIODES(C)
GR/L35522/01 SYNTHESIS AND CHARACTERISATION OF NONLINEAR OPTICAL POLYMER NETWORKS AND THEIR USE IN WAVEGUIDING DEVICES(C)
GR/L25776/01 MOLECULAR STRUCTURE DETERMINATION OF ORGANIC, INORGANIC AND BIOLOGICAL MATERIALS BY MASS SPECTROMETRY(C)
GR/K90562/01 THE SYNTHESIS AND MACROSCOPIC ORDERING OF NON-CONTACT ALIGNMENT AND PASSIVATION LAYERS FOR ACTIVE MATRIX LCD(C)
GR/K08550/01 DIPOLE ORGANISATION IN SELF-ASSEMBLED HIGHLY CHIRAL AND POLAR LIQUID CRYSTALS(P)
GR/K08994/01 VERY FAST LIQUID CRYSTAL ELECTROOPTIC SWITCHING BY OPTICAL ENHANCEMENT(P)
GR/J33975/01 CALAMITIC AND CHIRAL MACROCYCLIC LIQUID CRYSTALS(P)
GR/J30288/01 LIQUID-CRYSTALLINE CARBOHYDRATES(C)
GR/H65603/01 BIAXIAL LIQUID CRYSTALS FOR FAST ELECTROOPTIC APPLICATIONS(C)
GR/H62114/01 NEW TEMPLATES BEARING RIGIDLY HELD CHIRAL CENTRS FOR ENHANCED FERROELECTRIC PROPERTIES IN LIQUID CRYSTALS(C)
GR/H89197/01 LIQUID CRYSTALLINE CYCLIC POLYMERS(P)
GR/H62343/01 NOVEL PYROELECTRIC AND PIEZOELECTRIC LIQUID-CRYSTALLINE POLYMERIC SYSTEMS(P)
GR/H31004/01 LIQUID CRYSTALLINE CYCLIC POLYMERS(P)
GR/H04725/01 BAROCHROMISM IN ADVANCED MATERIALS(C)
GR/H07030/01 ASYMMETRIC INTERACTIONS AND MOLECULAR FRUSTRATION IN ELECTRO-CHIRAL LIQUID CRYSTALLINE FLUIDS(C)
GR/H49276/01 DISCOTIC CALAMITIC LIQUID CRYSTALS(P)
GR/H00130/01 FAST OPTICAL AND ELECTROOPTIC EFFECTS IN CHIRAL LIQUID CRYSTALS(P)
Key: (P)=Principal Investigator, (C)=Co-Investigator, (R)=Researcher Co-Investigator