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Electrical

Our Electronics lab is for electrical analysis of graphene products.

 

For access to the lab, or for any general training, please contact the lab leader Dr Antonio Lombardo, or their deputy David Purdie For training on any of the equipment, please contact the Principal User or their deputy for the listed equipment.

While there is a range of devices in the Electrical Laboratory, several of them require booking before use. The booking system can be found here.

 


Lakeshore probe station


Principal User: Dr Antonio Lombardo
Deputy: David Purdie
Lakeshoreprobe

Cascade probe station


Principal User: Dr Antonio Lombardo
Deputy: Dr Anestis Katsounaros
Cascadeprobe

Scanning Microwave Microscope (SMM)


Principal User: Dr Anestis Katsounaros
Deputy: Dr Antonio Lombardo
SMM

Wire bonder


Principal User: Dr Anestis Katsounaros
Deputy: David Purdie
Wirebonder

 

When in the Electronics laboratory, please follow the local rules, downloadable here.

 

Photos by Samuel Curtis Photography

RSS Feed Latest news

Dr Luigi Occhipinti joins the Cambridge Graphene Centre

Mar 14, 2018

The Cambridge Graphene Centre welcomes Dr Luigi Occhipinti as Deputy Director and Chief Operating Officer.

CDT Graphene Technology Summer Conference

Apr 20, 2017

Registration is now open for the student-led Graphene Technology Summer Conference, taking place 12-15 June 2017 at Wyboston Lakes.

Presentation Prize for Tian Carey

Jan 17, 2017

CDT student Tian Carey was awarded a prize for his presentation given at the annual IOP Printing and Graphic Science Group Student Conference.

Environmentally-friendly graphene textiles could enable wearable electronics

Nov 25, 2016

A new method for producing conductive cotton fabrics using graphene-based inks opens up new possibilities for flexible and wearable electronics, without the use of expensive and toxic processing steps.

Single Photon Light Emitting Diodes for On-Chip Integration

Sep 27, 2016

Researchers from the Cambridge Graphene Centre and Cavendish Laboratory use layered materials to create an all-electrical quantum light emitting diodes (LED) with single-photon emission. These LEDs have potential as on-chip photon sources in quantum information applications.

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