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Nanomaterials and Spectroscopy Group. Nanomaterials and Spectroscopy Group. Diamond-like carbon. Nanotubes. Nanowires. Graphene. Raman Spectroscopy. Photoluminescence. Theory and Modelling. Nanocomposites. Nanotube Solutions. Photonics. Gallery.

CMMPE Anounces new Space Partnership. Holograms in space, what could be cooler? ... NASA. CMMPE Anounces new Space Partnership. Today, the CMMPE announced their new partnership with local Cambridge start-up, Exobotics.

Toby Call. Latest News. Nov. 15. News.. ... exobotics.space. Sept. 1. News. Youchao Wang.

Nanomaterials and Spectroscopy Group. Nanomaterials and Spectroscopy Group. Research. Diamond-like carbon. Nanotubes. Nanowires. Graphene. Raman Spectroscopy. Photoluminescence. Theory and Modelling. Nanocomposites. Nanotube Solutions. Photonics.

We have a new website. It took a while, but we have finally done it! ... Sarah Jessl - Nanotube Bouquet. We have a new website. The CMMPE has a new website.

Cambridge. CMMPE is an optics and photonics research group with a focus developing new materials to enable the next generation of photonic and electronic devices. ... For openings and vacancies visit the Opportunities and Contact pages. Latest News.

Cambridge. CMMPE is an optics and photonics research group with a focus developing new materials to enable the next generation of photonic and electronic devices. ... For openings and vacancies visit the Opportunities and Contact pages. Latest News.

Part IIA. Engineering Area: 9. Engineering for the Life Sciences (new for 2007/08). ... Engineering for the Life Sciences is a rapidly growing field encompassing the use of engineering tools to solve problems in medicine and biology as well as new

Length scales are from molecular to macroscopic. New modules are continuously being introduced in the third and fourth year undergraduate programme, covering general bioscience as well as specific applications of engineering

Latest news:. - COSMOS CI, Prof. Sir Richard Friend wins Institute of Physics award for outstanding contributions to physics. ... COSMOS (Coherent Optical Sources using Micromolecular Ordered Structures) is a four-year Basic Technology Research Programme

Novel Liquid Crystal Devices. Old Tools, New Applications. Clare Collins - All quiet in the cleanroom. ... Research into new devices includes both the fabrication as well as the testing and characterisation of such structures.

Partners. Ben Seymour and Aya Nawa. Ben Seymour and Aya Nawa. Collaborative Partners. The CMMPE works closely with a wide range of collaborative partners. Our address. Centre of Molecular Materials for Photonics and Electronics (CMMPE). Electrical

rigour. We are particularly pleased that the same approach to materials was picked up by the Institute of Physics, and adopted for their new A level Physics syllabus - demonstrating the synergy

rigour. We are particularly pleased that the same approach to materials was picked up by the Institute of Physics, and adopted for their new A level Physics syllabus - demonstrating the synergy

Optical Holography and Adaptive Optics. New technologies, new applications. Dmitrii Amelin - Playing with light.

Furthermore, these materials are more suited to plastic substrates, and so open up a range of new plastic electronics applications. ... Using the HiTUS system we have demonstrated a new phase of amorphous hafnium oxide - cubic-like amorphous hafnium

News. 2007 Cambridge University Engineering Dept.

Andrew presented a talk on the new “Low Cost Spatial Light Modulator Interface Board” that has been developed within the group for low cost optical systems.

Meet the Team!. Who are we? The CMMPE research group at the University of Cambridge has a proud of our diverse, international make up. Our current team has members from over 10 countries with academic backgrounds including electrical engineering,

Jonathan Harris - Steel Origami. Holographic Additive Manufacture. The aim of this project is to combine the fields of Holography and Additive Manufacture (AM) and to develop a new process capable of ... Current AM processes typically require highly