Events in the Nano Research Facility

NRF Events


May
3
11:00 AM11:00

PolyPico Technologies PicoPRESISE micro-drop dispensing system DEMO

 

PolyPico Technologies in partnership with Dublin City University is proud to present the PicoPRESISE  our Next Generation ultra-low volume, micro-drop dispensing system prior to its official launch at TechConnect NanoTech Expo, Washington DC.

You are invited to a Demonstration of the PicoPRESICE on Wednesday 3rd May in the NRF (GA104) in DCU.

All are welcome. Please contact una.prendergast@dcu.ie if you would like to attend. 

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Mar
20
2:30 PM14:30

VASCO FLEX Nanoparticle Size Analyser Demonstration

CORDOUAN Technologies in partnership with Dublin Analytical Instruments and Dublin City University will demonstrate the new Dynamic Light Scattering VASCO FLEX Nanoparticle Analyser (0.5nm to 10µm) in room GA104 located in the Nano-Bioanalytical Research Facility at 2.30 pm on Monday 20th March.

 Application Specialists from Cordouan will demonstrate the “in situ” measuring capability (see below) of the system and also the “Dual Thickness Controller” configuration designed for measuring dark & concentrated samples. 

For any queries or further information please contact una.prendergast@dcu.ie or  conornolan@dublinanalytical.ie

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Bruker Surface Metrology Workshop
Feb
8
to Feb 9

Bruker Surface Metrology Workshop

Get 2017 off to a well defined and characterised start with our Surface Metrology Workshop in February. See what can be done with AFM, Stylus profilometry and Optical profilometry. With hands-on sessions and talks by Bruker Applications Engineers. Please click here to register for this workshop. 

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STED Super Resolution Microscopy
Dec
6
9:30 AM09:30

STED Super Resolution Microscopy

The Nano Research Facility (NRF) at DCU is delighted to announce an upcoming seminar and workshop on STED microscopy with Leica application engineer Paul McCormick.

STED (Stimulated Emission Depletion) is a super resolution fluorescent microscopy technique developed by Nobel Prize laureate Stefan Hell. It bypasses the diffraction limit of conventional confocal microscopy in order to achieve an improvement in resolution when imaging fluorophores that are commonly used to label biological samples. It provides fast, intuitive, and purely optical access to study subcellular architecture and dynamics at the nanoscale. It is suitable nanoscale imaging in top level biological and biomedical application and surface analysis in material science applications. 

If you would like to attend the seminar, a Workshop or both please fill in this form . For enquiries contact Úna Prendergast (una.prendergast@dcu.ie)

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