bt-1000

“A Thousand Micro-Emitters Per Square Millimetre: New Light on Organic Materials & Structures”
	Our Open Day was held on Thursday 17 May 2007 10.15 a.m. – 4.15 p.m. Hosted by: Imperial College London, South Kensington Campus The Open Day provided the opportunity to hear about the work of this project, to explore demonstrations and posters, and to meet with visiting experts, researchers and interested parties in this field.
(This is a 64 x 64 element micro-LED array, actual size 2mm x 2mm)
The meeting showcased the progress made in novel UV/visible solid-state micro-projection systems for exploitation across a wide range of disciplines, including:
Novel microscopy techniques Microsystems Lab-on-a-chip Polymer science Biosensing
The Agenda included renowned speakers: Professor James S. Harris ( Stanford University) Professor Edoardo Charbon (EPFL, Lausanne) Click here to download 'Open Day Hand-out' . Click the links to see posters and photos
Posters	posters require a pdf reader
Sources
Growth and fabrication of sub-320 nm and 340 nm UV LEDs with GaN interlayer Op tical investigation of AlGaN alloys and GaN/AlGaN UV LEDs Generation of misfit dislocations in highly mismatched GaN/AlN layers Flip-chip matrix-addressable micro-LED arrays with high pixel density and increased light output Individually-addressable flip-chip micro-LED arrays with integrated micro-lenses Micropixellated flip-chip InGaN and AlInGaN light-emitting diodes bonded to a CMOS driver backplane
Advanced Functional Polymers
Crosslinkable Materials for Opto-electronic Applications High Barrier UV Transparent Encapsulants Electrohydrodynamic Patterning and Surface Control Photoinduced micro-patterning of polymer films Patterning and integration of polyfluorene polymers on micropixellated UV AlInGaN Light Emitting Diodes Sub-wavelength Structures for Organic Lasers High-Sensitivity Low-Cost On-Chip Chemiluminescence Detection Based On Integrated Organic Photodiodes Efficient Forster resonant energy transfer in hybrid structures combining polyfluorenes and III-nitride quantum wells
Diffractive Optics
Direct Laser-writing of Complex Photopolymer Structures using Diffractive Optical Elements Progress in diffractive optical elements for beam shaping of spatially incoherent light Dual wavelength DOEs with applications to spectroscopy
Microsystems
UV Direct Writing of Metals onto Polyimide Substrates Packaging solution for Microlens array over Micro-UV-LED array Micro-engineered two-dimensional arrays of single-mode optical fibres
DNA
Light Directed Immobilisation of DNA
Microscopy
Fluorescence Lifetime Imaging Using Low-Cost Light emitting Diodes Flexible Optically Sectioned Microscopy Using Stripe-Array Light Emitting Diodes I Flexible Optically Sectioned Microscopy Using Stripe-Array Light Emitting Diodes II

Photo's
Posters under discussion






Demos in action










Researchers and honoured guests