Manijeh razeghi wiki

By selecting any of the topic options below you are consenting to receive email communications from us about these topics. We are able share your email address with third parties such as Google, Facebook and Twitter in order to send you promoted content which is tailored to your interests as outlined above. If you are happy for us to contact you in this way, please tick below.

Manijeh Razeghi (persisch منیژه رازقی; * Jahrhundert im Iran) ist eine iranisch-amerikanische Physikerin und Hochschullehrerin.

We use MailChimp as our marketing automation platform. By clicking below to submit this form, you acknowledge that the information you provide will be transferred to MailChimp for processing in accordance with their Privacy Policy and Terms. She was central to the optical fibre telecommunication revolution in the s and s — an integral part of the subsequent information age.

In this interview with Research Outreach, Razeghi reveals why she is just as passionate and curious now as when she was as a young girl wondering how the world worked. Here, Razeghi developed near-infrared InP-based laser diodes critical for optical fibre communications, revolutionising telecommunication in the s.

Manijeh Razeghi is an Iranian-American scientist in the fields of semiconductors and optoelectronic devices.

Her desire to use her knowledge not just for research but also to educate the next generation of scientists and engineers led her to accept a special position at Northwestern University in as the Walter P Murphy Professor and the Director of the Center for Quantum Devices CQD. CQD was designed and built by Razeghi based on her vision of a comprehensive facility that covers all aspects of device development.

CQD is a unique combination of materials and device research that enables the rapid transition from groundbreaking concepts to technology demonstration. These accomplishments have resulted in a huge number of publications including more than 1, papers, and many US patents. In this interview with Research Outreach, Razeghi tells us about her life and work, and why passion and curiosity are the cornerstones of both.

The field of quantum semiconductor devices was established in the late s, and my initial work in this field began in , after I finished my doctorate in physics at the University of Paris-XI and went to work in the Central Research Lab at Thomson CSF. At that time, I did not know anything about semiconductors, but I was tasked with the development of metalorganic chemical vapour deposition MOCVD reactors and processes for InP—based lasers to be used in telecommunication.

After my move to Northwestern University in , and the establishment of the Center for Quantum Devices CQD , my research in this field expanded to include other quantum optoelectronic devices and materials — for instance, studies and demonstrations of infrared photodetectors utilising InP-based quantum wells and quantum dots. This was due to the comprehensive facilities of CQD where everything from materials growth and testing up to complete device fabrication and characterisation can be accomplished rapidly and provide quick feedback on improvements to the materials and devices.