You are creative, imaginative and experienced with fs-impulse lasers, ultrashort pulse optics for light or infrared and terahertz waves. You feel at home in the field of Terahertz Time-Domain Spectroscopy or a comparable field of work. You know how to design electro-optical assembly groups for generating and detecting terahertz impulses using ultrashort pulse lasers and you have extensive knowledge in the field of beam conditioning and the integration of the required components within a measurement system. Further experience in the following fields will be an advantage:

• coupling of ultra short lasers into glass fibres
• mechanical and optical construction, for example with Solid-Works

You will find an inspiring field of work, offering creative freedom in a pleasant environment of a straightforward family business that cooperates with partners in more than 40 countries. We are looking forward to your application.

Please, send your documents, including your salary requirements and your earliest starting date, by e-mail to info@score-personal-services.de. Our assigned consultant, Dipl.-Ing. Manfred Schrage, will respect any restriction notes implicitly.

Name of Employer:
Automation Dr. Nix GmbH & Co. KG
Contact Email:
info@score-personal-services.de
URL:
www.automation.de
Country:
Germany
City:
Cologne

Project: Inquiries are invited to fill an immediate opening for a 1 year post-doctoral research position with a possible additional year renewal to perform DHS-funded research in time-domain THz imaging at NIST. The successful applicant will reconfigure a femtosecond pulsed THz imaging system to perform bi-directional reflection distribution function (BRDF) measurements of materials. This will entail optical design and implementation of data acquisition code to perform and analyze reflection measurements as a function of polarization and angle. The position will be physically located on the NIST Gaithersburg, MD campus.

This work is currently funded and we seek to immediately identify qualified applicants to fill this position.

The successful applicant must have a PhD in chemistry, electrical engineering, physics, or a related field and several years of research experience in ultrafast laser spectroscopy/phenomena, THz science and technology and a strong physics or applied optical physics background.

If you are interested in this position, please submit your CV to Dr. Heilweil as soon as possible by email for your application to be considered.

Dr. Edwin J. Heilweil
edwin.heilweil@nist.gov
Optical Technology Division
National Institute of Standards & Technology
Gaithersburg, MD 20899-8443
Tel: 301-975-2370

Full Time

The appointment will be on UCL Grade 6. The salary range will be £25,683 per annum, inclusive of London Allowance.

The Photonics group within the Department of Electronic and Electrical Engineering seek to recruit two Marie Curie Trainees in the area of THz Photonics, each for a period of three years. It is hoped that both trainees will start in September 2010.

One trainee will carry out cutting edge research in to the design and characterization of optimized semiconductor based antenna integrated 1.55ìm travelling wave uni-travelling carriers photomixers for millimeter-wave to THz signal generation for applications ranging from non-destructive detection to wireless high data rate transmission. Particular attention will be put on optimizing the output power and saturation of the device.

The other trainee will carry out cutting edge research in to the design, development and characterization of integrated heterodyne THz systems, based on dual lasers and integrated phase lock loops. Such a source offering tuneability should provide THz signal generation for applications ranging from non-destructive detection to wireless high data rate transmission. Particular attention will be put on developing the agility of the system and demonstrating its tuning range.

The successful candidates will have a Masters degree in Physics or Electronic Engineering. The successful candidates will also meet the mobility requirements of Marie Curie Actions and the other criteria as detailed in the Further Particulars document.

For further details about the vacancy and how to apply on line please go to http://www.ucl.ac.uk/hr/jobs/ and search on Reference Number 1147238.

Informal enquiries regarding the position should be sent to Dr Cyril Renaud (c.renaud@ee.ucl.ac.uk).

Closing Date: 31/07/2010 by 5.00pm

At the Graduate School of Engineering Science in Osaka Univ., Japan, we are seeking a candidate for a postdoctoral fellowship for the duration of 30 months, starting Oct. 1, 2010. The successful applicant will work on a topic of high-precision THz spectroscopy and THz frequency metrology based on frequency comb in optical and THz regions or asynchronous-optical-sampling method. Candidates must have a PhD (or equivalent) and have research experience in THz instrumentation and metrology (THz-TDS, CW-THz spectroscopy, THz-QCL, etc), optical frequency metrology (optical comb, laser stabilization, etc), or ultrafast spectroscopy with femtoseocnd laser based on strong backgrounds of laser metrology, spectroscopy, applied optics, applied physics, or electrical engineering. Further information of this recruitment is given online.

Although deadline for the application is Sept. 30, 2010, candidate selection proceeds in order of receipt, and the recruitment is closed when the final candidate is decided.

If you might be interested in the position, please contact Dr. Takeshi Yasui by email
(t-yasui[at]me.es.osaka-u.ac.jp) as soon as possible.

Please note that application is only possible online at www.igsm.tu-bs.de. The application period will start on 1 July 2010, deadline is 31 August 2010.
Contact Email: igsm-application@web.de

We are looking for ambitious young scientists with a world-class research project at the forefront of Optics and Photonics, including fundamentals and applications. Areas of special interest include, but are not limited to, Nanophotonics, Biophotonics, Quantum Optics, and THz Photonics. The NEST program offers outstanding start-up packages for equipment and personnel.

Applicants are requested to send a brief statement of interests and research plans, the full curriculum vitae, and the contact information for at least three references, to:

Search Committee: NEST
ICFO-Institute of Photonic Sciences
Mediterranean Technology Park
Av Canal Olimpic s/n
08860 Castelldefels (Barcelona), Spain
icfojobs@icfo.es

Inquires for further information should be addressed to Professor Lluis Torner, ICFO director, at: director@icfo.es.

The group is looking for looking for an outstanding PhD candidate to study ultrafast semiconductor materials and related optoelectronic sources of THz and microwaves signals. The PhD work will include characterization of ultrafast semiconductors materials using pump-and-probe optical techniques, the study of THz and microwaves CW generation through optical beating, and the spectroscopy of various materials and devices using the THz sources.
The work is embedded in the MITEPHO training network with the goal to develop compact THz and microwaves sources based on dual frequency lasers and to educate young people in the emerging topic of microwave photonics.

Research Field
Physics – Electronics

Eligible Candidates
The candidate should meet the mobility requirements of Marie Curie Actions:
1. Researchers can be nationals of any EU country (other than France), associated country (Switzerland, Israel, Norway, Iceland, Liechtenstein, Turkey, Croatia, FYR Macedonia, Serbia, Albania, Montenegro, Bosnia & Herzegovina) or International Cooperation Partner country.
2. Researchers must not have resided or carried out their main activity in France for more than 12 months in the last 3 years immediately prior to their recruitment.
3. Candidates living in France for at last two years are not eligible according to the EU mobility requirements.

Application Deadline: 25/06/2010

For further information

http://www.uc3m.es/portal/page/portal/grupos_investigacion/optoelectronics/european_projects/mitepho

Within the project, the successful candidate will be involved in advanced modelling of radiation coupling between free space and wavelength-dimensioned devices, design of practical structures, and optical characterization.

Qualifications
We are seeking a candidate with experience in 3D modelling of photonic elements operating at THz frequencies, advanced THz measurement techniques, and experience with femtosecond fiber laser systems.

Candidates must hold a PhD degree (or equivalent).

Salary and terms of employment
The appointment will be based on the collective agreement with the Confederation of Professional Associations. The allowance will be agreed with the relevant union.

Further information
Further information may be obtained from Professor Peter Uhd Jepsen, tel.: +45 4525 5711.

You can read more about DTU Fotonik on www.fotonik.dtu.dk.

Application procedure
We must have your online application by June 9 2010. Please open the link “apply for this job online” and fill in the application form and attach your application letter, CV and list of publications.The material that should be given consideration in the assessment must be attached.

All interested candidates irrespective of age, gender, race, religion or ethnic background are encouraged to apply.

The position is available immediately for a 9-month period, with the likely possibility of extension. Please send a cover letter with a brief summary of your research experience and interests, along with your CV, list of publications, and names and contact info of references to: bwilliam@ee.ucla.edu

Contact:
Prof. Benjamin Williams
Dept. of Electrical Engineering
68-117 Engineering IV
Box 951594
UCLA
Los Angeles, CA 90095-1594
http://www.ee.ucla.edu/~bwilliam/

Email: bwilliam@ee.ucla.edu

Applicants should have a background in condensed matter physics, optics, chemistry, electrical engineering, material science, or related fields. Experience in optical spectroscopies, ultrafast lasers, THz technology, or electro-optics device design is preferable, but not mandatory. In addition to technique development, the current main scientific interests of the group are exotic materials including superconductors and quantum magnets. Applicants should submit a CV, publication list, a very brief statement of research interests, and the names of three references as PDF attachments to npa@pha.jhu.edu. Please see http://www.pha.jhu.edu/~npa/ for further details.

Johns Hopkins University is an Affirmative Action/Equal Opportunity employers, and actively encourage applications from women and minority candidates.

Postgraduate Studentship – Open to all

PhD Project: Molecular beam epitaxy and terahertz quantum cascade lasers

We are seeking a PhD student in the field of experimental terahertz (THz) electronics. The post is available from 1 October 2010, and is an outstanding opportunity for an enthusiastic and dedicated person to join a world leading THz research team. The post is funded as part of recent major awards (totalling ~£6.5M) from both the UK Engineering and Physical Sciences Research Councils and the European Research Council.

You will use the technique of molecular beam epitaxy (MBE) to grow, atomic layer by atomic layer, a range of novel semiconductor based devices for THz emission, and characterise these structures both electrically and optically using the state-of-the-art facilities available within the School. One specific focus will be on the development of terahertz quantum cascade lasers, which were first demonstrated by a team led by supervisors Davies and Linfield. The University of Leeds now collaborates with many of the leading international researchers in the field of THz quantum cascade lasers, and there will be opportunities during the PhD to contribute to these programmes.

You will be able to make extensive use of our Terahertz Photonics Laboratory. Sited in the School of Electronic and Electrical Engineering, this Laboratory is a dedicated facility for the investigation and exploitation of THz frequency components and systems. Built in April 2004, it is probably the largest university facility for THz research in Europe/Asia, and one of the largest in the world. The facility contains eight optical bench systems, and includes: five pumped Ti:sapphire laser systems; a Bruker 66V FTIR spectroscopy system; three continuous flow helium cryostats, and one 1.2 K Oxford Instruments pumped helium bath cryostat, all with optical access; a 12 T, 8 mK base temperature dilution refrigerator; purged and evacuated THz time-domain spectroscopy systems, including an ultra-broad bandwidth capability; and on-chip, guided-wave THz apparatus. You will also make use of our III-V semiconductor MBE laboratory, nanotechnology cleanroom, and microwave electronics laboratories.

Supervisors: Professor Edmund Linfield and Professor Giles Davies.

Value: Full fees and maintenance at the standard EPSRC rate is available. This is a European Research Case award with a duration of 3 years.

Entry Requirements: An upper second class honours, or an MSc, in Physics, Electronic Engineering, Nanoscale Science & Technology, or a related discipline.

Application deadline: 01 June 2010

Further information: To discuss this project further informally, please contact Professor Edmund Linfield.

How to apply: Formal applications for research degree study should be made either on line through the University website, or on the University’s application form. Please return the completed application form to the Research Degrees & Scholarships Office, University of Leeds, LS2 9JT, or e-mail a scanned application to phd@engineering.leeds.ac.uk

Please provide all the documents required as soon as possible, either included with your paper application or sent directly to the Graduate School Office if you apply online. Scanned copies are acceptable for a conditional offer; however you will need to provide originals or certified copies at registration. These will include your degree certificate(s), transcripts of marks achieved in previous degrees, plus evidence of English language qualifications if your first language is not English and you do not hold a degree from an English-speaking country. Please note, if you intend to send academic references we can only accept them if they are on official letter headed paper and contain an original signature and stamp; they must arrive in sealed envelopes. Alternatively, the Faculty will contact your named academic referees directly.

If you have any questions please contact our Graduate School Office.
e: phd@engineering.leeds.ac.uk
t: +44 (0)113 343 8000

Chalmers University of Technology, Department of Microtechnology and Nanoscience (MC2) is announcing one PhD student position in a European project on THz devices. This position can also be started with a diploma work.

Microwave Electronics Laboratory at MC2 is one of the most research-intense laboratories at Chalmers with an international reputation in low-noise, high power, and circuit design for frequencies ranging from few and up to several hundred GHz. Alongside our traditional research on high-speed low-noise transistors, we are exploring novel exciting high-frequency devices for THz region (1000 GHz) in the framework of a joint European project together with Spain, France, and Great Britain. The research involves device design, semiconductor processing, advanced electrical characterization, and modeling. The results will be reported in scientific journals and at international conferences.

THz technology fills up the final frontier between electronics and photonics with new applications in sensors and high-speed communication. It is however extremely difficult to design THz devices with sufficient gain and several approaches are pursued worldwide.

Job descriptionA PhD education in this field gives you competence in a new field, an international network and contributes to new essential knowledge and innovation. After the Ph.D, you are in an excellent position to go further into academia or industry.

Required qualifications

Suitable background is a M.Sc in Engineering Physics (F) or Electrical Engineering. We are strongly encouraging women to apply for this position.Application procedure

The application shall be written in English and include the following items:

1. An application of a maximum of one A4 page containing your specific qualifications for the position
2. Attested copies of education certificates, including grade reports and other documents
3. Curriculum Vitae
4. Letters of recommendation and name of reference persons (optional)

The application shall be sent electronically as pdf or zipped documents. Please use the link at the top of the page to reach the application form.

If any material is not available electronically or cannot be transferred to pdf format, the material can be sent as a hard copy to Registrar. The applicants name and the reference number (REF 2010/97) must be written on the first page of the application.

Address:
Registrar
Chalmers University of Technology
SE-412 96 Göteborg
Sweden

Further information

Professor Jan Grahn
031-772 1055
jan.grahn@chalmers.se

Project: Inquiries are invited for a possible 1 year post-doctoral research fellowship with an additional year renewal to carry out research in time-domain THz imaging and spectroscopy. The successful applicant will work on a topic of mutual interest to himself/herself and Prof. Citrin. The position will be physically located primarily at Georgia Tech Lorraine (GTL) www.georgiatech-metz.fr, the European campus of the Georgia Institute of Technology in Metz, France.

At the present stage, the position is not yet funded; however, we seek to indentify possible qualified applicants for the application process.

The successful applicant will by the start date have a PhD in electrical engineering, physics, or related field and will have research experience in ultrafast spectroscopy/phenomena or THz science and technology and a strong physics or applied physics background.

If you might be interested in the position, please email Prof. Citrin a copy of your cv by 26 February 2010.

Prof. Christophe Caloz
École Polytechnique de Montréal
Phone: +1 (514) 340-4711, ext. 3326
E-mail: christophe.caloz@polymtl.ca
URL Center: www.grames.polymtl.ca
URL Group: www.calozgroup.org

Visit http://www.nsls.bnl.gov/jobs/ and log in to the Candidate Gateway to apply for this position. Job No. 15128

Applications are invited for a tenure-track Assistant Professor of Physics position at Wright State University to begin September 2010; suitably qualified candidates could be considered at the Associate Professor level. The position will be affiliated with the Department of Physics with the possibility of a joint appointment in the Department of Electrical Engineering. This position will support the Ohio Academic Research Cluster in Layered Sensing, a consortium of universities funded by the State of Ohio’s Third Frontier Program to perform research and development in sensor science, advanced materials, technology, and systems. We are looking for applicants whose research complements current efforts in sensing, imaging, and spectroscopy, and who will interact with our physics and engineering faculty involved in basic and applied research in mm waves, terahertz, infrared, advanced materials, device physics, nanotechnology, sensing systems, and sensor fusion. The successful candidate should be qualified to teach courses at all levels and to develop an active, funded research program. Candidates must have a Doctorate in Physics or closely related field (anticipated by July 1, 2010). Postdoctoral experience is desirable.

Applicants should submit a cover letter, curriculum vitae, statements of research and teaching interests and should arrange for three letters of reference to also be submitted. All materials must be submitted electronically at https://jobs.wright.edu/applicants/Central?quickFind=51265. Review of applications will begin on February 1, 2010 and continue until the position is filled.

More information about WSU and this position can be found at www.wright.edu/academics/physics/. WSU is an affirmative action, equal opportunity employer.

CONTACT:
Malko Aleksandra
e-mail address: malko_aleksandra@yahoo.com
phone number: 0048 694 001 323

EDUCATION

•10/2003 – 10/2008 Technical University Wroclaw, Faculty of Microsystems Electronics and Photonics, Poland
•10/2007 – 07/2008 Erasmus- Programme, Technical University Carolo-Wilhelmina of Braunschweig (Master Thesis in Institute for Communication), Germany
•09/1999 – 06/2003 High School (Maria Sklodowska- Curie) in Swidnica, Poland

WORK EXPERIENCE

•02/2009 – 05/2009 Traineeship for CIT Engineering, Hasselt, Belgium
•02/2008 – 06/2008 Research Assistant, Institute for High-Frequency Technology, Braunschweig, Germany
•07/2007 – 08/2007 Student practice for ELECTROLUX, Zarow, Polen

ACTIVITIES

•10/2006 – to the date Participation in students activity “Bologna – Process”, Technical University in Wroclaw, Poland
•07/2008 Participation in International Students and Young Scientists Workshop “Photonics and Microsystems”, Wroclaw – Szklarska Poreba, Poland
•04/2007 – 06/2007 Organized Students Workshop “Bolonga – Process”, Wroclaw, Poland
•10/2006 – 06/2007 Chairwoman of students activity “Optoelectronics and Microsystems”, Wroclaw, Poland
•01/2006 – 06/2006 Organized International Students and Young Scientists Workshop “Photonics and Microsystems”, Wroclaw – Szklarska Poreba, Poland
•10/2004 – 07/2006 Work for IAESTE Wroclaw, Polen

LIVING ABROAD

•02/2009 – 05/2009 European Traineeship Programme, Hasselt, Belgium
•10/2007 – 07/2008 Erasmus- Programme, Technical University Carolo-Wilhelmina of Braunschweig, Germany

LANGUAGES

•Polish Mother language
•English,
•German.

COMPUTER SKILLS

•C Programming,
•LabVIEW Programming,
•MatLab Programming,
•Eagle,
•PSpice,
•Origin,
•VHDL,
•AutoCAD,
•MS Office,
•Lotus Notes.

The Biomedical Electromagnetics research group and the THz-group, MC2, at the Chalmers University of Technology, G??teborg, Sweden, seek a post-doc to work with signal processing and image reconstruction in a THz imaging system applied to exploring the possibility for various medical diagnoses.

Background
While it is still early days for THz technology as a medical imaging modality, it potentially has a wide range of clinical applications where it can improve and aid the detection and diagnosis of disease. In this project we intend to combine expertise in the area of signal processing, image analysis and electromagnetics with system level experience on the THz instrumentation and medicine. Initially we have identified two (of many possible) medical applications that we intend to explore in collaboration with our clinical partners at Sahlgrenska University Hospital.

Job description
The project involves modifications of existing THz instrumentation to fit the medical applications. Furthermore it requires development of tomographic line of sight and/or sub-wavelength imaging reconstruction techniques to overcome the diffraction limit and also the development of image analysis techniques that will allow our medical partners to get quantitative results out of the images generated. The goal with the current position is to develop the signal processing and image reconstruction/generation/analysis algorithms for the diagnostic application.

Qualifications
We believe you have a PhD in the area of THz image reconstruction methods, electromagnetics or similar. We believe you have a theoretical background with an interest for application development. You will work in a team with expertise in signal processing, image analysis, electromagnetics, THz systems and instrumentation and collaborators at the clinic. The project time is two years.

Application procedure
For more information about the application procedure and to apply please visit the online job posting.

Further information
Mikael Persson, Professor in Biomedical Electromagnetics, phone: +46 31 772 1576, email:mikael.persson@chalmers.se
Jan Stake, Professor in Terahertz Electronics, phone: +46 31 772 4983, email: jan.stake@chalmers.se

Research Assistant Salary in the range of £26,580 to £29,550 per annum
Research Associate Salary in the range of £30,360 to £38,730 per annum

Fixed term appointment for 6 months

All appointments will normally be made at the bottom of the salary range

Applications are invited for a Research Assistant or Research Associate position in the Department of Electrical and Electronic Engineering to work on an Engineering & Physical Science Research Council project aimed at developing rectangular waveguide components and modelling millimetre-wave and THz devices using 2D optoelectronic and 3D electromagnetic modelling software.

The applicant must have advanced theoretical knowledge of rectangular waveguide components and experience in mathematical modelling their frequency dispersive characteristics. In addition, the applicant must have extensive experience in modelling millimetre-wave and THz devices using 2D optoelectronic and 3D electromagnetic modelling software.

The successful application will work under the supervision of Dr Stepan Lucyszyn and will be part of a dynamic, multi-disciplinary team. S/he must be able to pursue independent research and to present the results of their research clearly.

Applicants for the Research Assistant post should have a MSc (or equivalent) in Electronic Engineering.

Applicants for the Research Associate post should have a PhD (or equivalent) in an area relevant to Thz modelling of rectangular waveguide.

Further details can be obtained from Dr Stepan Lucyszyn at s.lucyszyn@imperial.ac.uk.

Our preferred method of application is online via our website http://www3.imperial.ac.uk/employment (please select “Job Search” then enter the job title or vacancy reference number, EN20090159 SL, into “Keywords”). Please complete and upload an application form as directed.

Alternatively, if you are unable to apply online, please contact Ms Susan Brace at e-mail address: s.brace@imperial.ac.uk to request an application form, quoting reference number EN20090159 SL in the request.

Closing date for applications: 30 August 2009

Committed to equality and valuing diversity. We are also an Athena Silver SWAN Award winner and a Stonewall Diversity Champion.

You will develop a terahertz frequency imaging system for security applications based on quantum cascade lasers. The post is available immediately, and funded through a research contract with UK Government Stakeholders. This represents an outstanding opportunity for an enthusiastic and dedicated researcher to join an established and internationally leading research team.

The School has extensive experimental infrastructure from microwave to terahertz frequencies, together with a state-of-the-art class 100 cleanroom offering photo-, electron beam, and focused ion beam lithography, and a III-V MBE system. The project will be based in a dedicated Terahertz Photonics Laboratory, which contains a Fourier-transform infrared spectrometer, femtosecond pulsed laser systems, and a range of cryostats operating down to milli-Kelvin temperatures.

You should have, or expect to be awarded, a relevant PhD in Physics, Engineering, or a related discipline. Experience is required in experimental measurements of mid-infrared/terahertz quantum cascade lasers and/or the experimental development of high-performance optical systems (ideally at terahertz frequencies). A good track record of publications is essential. Familiarity with quantum cascade laser design and semiconductor processing would be an advantage, together with a proven ability to integrate into large research teams.

University Grade 7 (£28,290 – £35,469 p.a.) This position is funded under a three year research grant with a fixed budget for the PDRA salary; the precise tenure of the position within this three year period will be agreed at the time of appointment and will depend upon the salary. It may be less than three years.

Informal enquiries to Professor Edmund Linfield, tel +44 (0)113 343 2015, email e.h.linfield@leeds.ac.uk

To download an application form and job details please visit http://www.leeds.ac.uk/ and click on‚ ‘jobs’. Alternatively applications packs are available from Ms Louise Redmonds,

tel +44 (0)113 343 2070, email imp@leeds.ac.uk

Job ref 312389 Closing date 7 September 2009.

School of Electrical and Electronic Engineering
Dr S Chakraborty
Project to Start: October 2009
Deadline for Applications is 31st July 2009

The project
A three year fully funded PhD studentship is available in the School of Electrical and Electronic Engineering (E&EE) at the University of Manchester. This is a unique and exciting opportunity to work on the spectral engineering of terahertz (THz) quantum cascade laser (QCL) with aperiodic photonic lattices. The objective will be to develop a THz QCL operating at multiple user-defined frequencies based on Focused Ion Beam-etching aperiodic lattices. This research will form part of a wider research programme within the group and it is expected that the successful applicant will work in partnership with other post-graduate students, in Manchester and collaborating University(ies).

The THz QCL employs sophisticated techniques for the control of electron propagation, with an MBE grown “active region” comprising a repeated superlattice of only a few atoms thick of one semiconductor material, interleaved with similarly thin barrier layers of another material. In these semiconductor nanostructures, the energy bands split into subbands and minibands, with energy separations of several tens to a few hundreds of millielectronvolts, which determine electronic transport and also enable new optical transitions. When a bias voltage is applied across the material, a periodic cascade of such intersubband transitions is established. The population inversion necessary for lasing is then achieved through electrical injection. Adjusting the specific sequence of quantum wells and barriers so as to form an electronic aperiodic lattice allows both the electronic and optical properties of the THz QCL to be tailored at will. A combined approach to integrate both electronic and photonic aperiodic lattices within a single THz QCL device is therefore another important aspect of this project. The demonstration of a compact, coherent, THz QCL operating at multiple user-defined frequencies, arising from this project will act as a significant enabler in the advancement of THz photonics.

The studentship
The studentship, depending on qualification and experience, includes the tuition fees plus a tax-free stipend of £13,290 (tax free) per annum for three years. Due to funding body eligibility requirements funding is only applicable to UK nationals and those EU citizens who have been in full-time higher education for at least 3 years in the UK.

It is anticipated that suitable candidates will have, or be expected to attain, at least a 2:1 degree (upper second or equivalent) in electrical/electronic engineering, or physics, or similar scientific discipline.

Further Information and Application
Potential candidates may wish to contact Dr Chakraborty for informal discussion on 0161 306 4831, or by e-mail s.chakraborty@manchester.ac.uk.

To apply please email a covering letter, full Curriculum Vitae and the names and contact details of at least two academic referees to Ms Marie B Davies m.b.davies@manchester.ac.uk.

School of Electrical and Electronic Engineering
Dr S Chakraborty
Project to Start: October 2009
Deadline for Applications: 31st July 2009

The project
A three year fully funded PhD studentship is available in the School of Electrical and Electronic Engineering (E&EE) at the University of Manchester. Funded by EPSRC and HMGCC, the project is directed by Dr S Chakraborty. The objective of this project is to apply computer-generated aperiodic lattice concept to a terahertz (THz) quantum cascade laser (QCL) and thereby to enable tunability. Aperiodic lattices will be implemented within a THz QCL using focused ion beam (FIB) lithography.

Recent years has seen THz technology (frequency: 1-10 THz, wavelength: 30-300 um) the focus of much attention owing to its important impact in a wide range of commercial and security applications, for example, in medicine, microelectronics, security imaging, biotoxin detection, agriculture, gas sensing and environmental monitoring, and forensic science, etc. The development of the THz QCL has been a key development in the burgeoning of these technology areas. However, lack of THz QCL tunability has also acted as a major constraint. Hence, the demonstration of a compact, coherent, tunable THz QCL arising from this project will act as a significant enabler in the advancement of THz photonics.

The student will perform systematic experimental comparisons between different cascade laser designs, and introduce new photonic lattice design concepts. Implement photonic lattices within a quantum cascade laser using focused ion beam (FIB) lithography. The student is expected to develop a deep fundamental understanding of the physics of these experiments. The student will operate the Bruker VERTEX 80 Fourier transform infra-red step-scan spectrometer, helium-cooled silicon bolometer and a continuous flow optical access cryostat. The student will be expected to develop and optimize the apparatus for this specific programme of research.

The studentship
It is anticipated that suitable candidates will have, or be expected to attain, a first class degree in electrical/electronic engineering, or physics, or similar scientific discipline. The studentship, depending on qualification and experience, includes the tuition fees plus a tax-free stipend of 13,290 Pounds (tax free) per annum for three years.

Further Information and Application
Potential candidates may wish to contact Dr Chakraborty for informal discussion on 0161 306 4831, or by e-mail s.chakraborty@manchester.ac.uk.

To apply please email a covering letter, full Curriculum Vitae and the names and contact details at least two academic referees to Ms Marie B Davies m.b.davies@manchester.ac.uk.

Requirements:
• MSc in Mechanical Engineering or related optical field
• At least 2 years experience working with ultrafast phenomena and terahertz technology
• Strong hands-on experience in 3D modeling tools (AutoCad, ProE, Solidworks, etc)
• Experience with instrument control software such as Labview required
• Knowledge of Zemax a strong plus
• Hands-on experience with circuit design and board layout software (OrCAD etc) a strong plus.
• Strong willingness to self-learn new opto-mechanical technologies under development
• U.S. Citizenship is preferred but not required.

Zomega Terahertz Corporation is an Equal Opportunity Employer.

Send a cover letter and resumes to:
Zomega Terahertz Corporation
Attn: Thomas Tongue
1223 Peoples Ave
Troy, NY 12180
Phone: (518) 833 0577
Fax: (518) 833 6718
E-mail: Zomega@z-thz.com

About Zomega Terahertz Corporation
Zomega Terahertz Corporation is focused on developing and deploying Terahertz-based technology solutions for both the public and private sector. We produce both pre-designed and custom systems for Time Domain Spectroscopy (TDS) and CW applications in both point measurement and imaging modalities, including the world’s first handheld THz spectrometer: the mini-Z 1000. In addition, we have strong collaboration ties with the Center for Terahertz Research at Rensselaer Polytechnic Institute, including development projects to commercialize an air-photonics based system that will span the entire THz gap.

More information on Zomega.

PMMW imagers on spacecraft can probe the physics and chemistry of planetary atmospheres. In ground-based applications PMMW imagers are used over shorter ranges to detect the thermal radiation emitted by the objects within the field-of-view. The beauty of PMMW imaging is that the wavelength of the radiation is long enough to penetrate fog or dust which can defeat infra-red imagers. The radiation from hidden objects can also penetrate clothing and hence PMMW imagers are of great interest for security screening.

The aim of the QinetiQ-Manchester collaboration is radically to change current PMMW imager design by exploiting digital beam-forming technology and aperture synthesis techniques. The shift in imager technology away from a mechanically-scanned reflector-based model to a reflector-less electronic beam-forming one, offers the potential of great reductions in volume and weight and hence commercial viability. The EngD student (Research Engineer) can make a telling contribution across the technical characterization and optimisation programme-with the major contribution expected in the simulation and digital image processing area requiring innovations in 2-D and 3-D algorithms fast enough to produce images at video rate.

QinetiQ has made many pioneering contributions to PMMW imaging, and the technologies and the imaging techniques share many common features with modern radio astronomy systems. The university supervisor, Professor Peter Wilkinson, is a radio astronomer in the School of Physics & Astronomy but links with other Schools will be made during the programme. The industrial supervisor, Dr. Neil Salmon, will be working at Manchester on a Royal Society Industrial Fellowship for the first half of the programme. The project will be placed partly at Manchester, in the School of Physics and Astronomy, and partly at QinetiQ (Malvern). The Research Engineer’s link with the industrial sponsor will be close throughout and he/she will have the opportunity to work alongside teams in a variety of QinetiQ departments.

The EngD at Manchester incorporates, in addition to the research project, a taught Diploma in Enterprise Management (during years 1 and 2) and a comprehensive transferable skills programme.

Applications can be made on-line.

Before applying it is advisable to make informal contact with Professor Peter Wilkinson
Email: peter.wilkinson@manchester.ac.uk; telephone UK 0161 275 4129

Further information can be obtained about
1) the EngD programme in Manchester
2) the School of Physics and Astronomy

The Institute for Terahertz Science and Technology (ITST) at the University of California at Santa Barbara (UCSB) is the home of the UCSB Free-Electron Laser (FEL). The UCSB FEL is the world’s brightest source of electromagnetic radiation that is broadly tunable over under-served terahertz portion of the electromagnetic spectrum. The UCSB FEL is used by investigators from UCSB and all over the world to study a wide range of scientific and technical questions. The UCSB FEL is powered by a six-million volt electrostatic accelerator. The accelerator is also used in nuclear physics applications.

We seek a broadly talented technician to operate, maintain, and improve the accelerator and FEL. The successful applicant will be supervised and trained in all aspects of the job.

The duties of the successful applicant will include

• Accelerator/FEL improvement
• Accelerator/FEL maintenance
• Operating the FEL for users.
• Laboratory management

The most important qualifications for this job are demonstrated ability to troubleshoot and fix electronic and mechanical problems in simple and complex hardware. Familiarity with electronics and the use of electronic test equipment are required. Any experience in mechanical design and construction, high voltage electronics, optics or vacuum systems will be helpful.

The applicant will be hired on a full-time (40-hour/week) basis, with flexible hours. Salary will be
dependent on prior work experience.

Interested individuals should apply online.

Review of applications will begin on Monday April 6, but the position will be held open until filled.

UCSB is an Equal Opportunity/Affirmative Action employer. The successful applicant will receive the University of California’s full benefits package.

The Quantum, Light & Matter group in Southampton’s 5* School of Physics & Astronomy conducts world-class research in the fields of quantum, atomic and semiconductor physics, photonics, magnetism and nanomaterials.

We offer a PhD project in:
terahertz devices

Fully-funded studentships for UK and EU students (due to funding restrictions) include a tax-free bursary of 12,900 Pounds pa and tuition fees. For application details and more information:

www.qlm.soton.ac.uk/join.php

+44 (0)23 8059 2068

phd@phys.soton.ac.uk

Ultrafast chemical physics: terahertz spectroscopy of hydrogen bonding
Physics
28,839 – 35,469 Pounds

Applications are invited for a three-year postdoctoral position to join the ultrafast team in the Biomolecular & Chemical Physics group as part of a major EPSRC research grant in collaboration with international research groups.

You will be using a new state-of-the-art ultrafast amplified laser system situated in a newly refurbished laboratory to make high-power terahertz laser pulses. These will be applied in novel spectroscopic techniques to study hydrogen-bond dynamics, liquid-liquid transitions, and supercooling in systems such as water and protein model systems.

Further information can be found at http://bcp.phys.strath.ac.uk/ultrafast/ or by contacting Professor Klaas Wynne: klaas.wynne@phys.strath.ac.uk

A PhD in physics or physical chemistry and a background in laser spectroscopy are required. Previous postdoctoral experience and experience in ultrafast spectroscopy and (soft) condensed matter physics or chemical physics are desirable.

For an application pack, visit http://vacancies.strath.ac.uk or contact Human Resources, University of Strathclyde, Glasgow G1 1XQ, UK. Tel. 0141 553 4133, quoting ref: JA/R24/2009.

Closing date: 14 April 2009

The University of Notre Dame announces the creation of multiple new research faculty fellowships to target research on integrated diagnostic and therapeutic platforms capable of supporting the personalized health care and environmental monitoring of the mid-21st century – the Advanced Diagnostics and Therapeutics (AD&T) Initiative. AD&T is comprised of high-level teams of researchers spanning the disciplines critical to these advanced technology platforms: experts in (a) synthetic chemistry, (b) advanced materials, (c) cell biology, (d) environmental biology, (e) genomics and proteomics, (f) nanofabrication and nanoelectronics, (g) fluid mechanics, (h) colloid physics, (i) chemical analysis and (j) micro- and nanofluidic instrumentation.

Teams of researchers are being assembled into eight project teams: (1) Targeted Nanoparticle Drug Delivery; (2) Microcybernetics; (3) Nanocolloid/DEP Platform for Multiplex Molecular Detection; (4) Biomarkers/Diagnostics for Ovarian Cancer; (5) Genomics and Bioinformatics for Portable Environmental and Medical Diagnostics; (6) Biomolecular Endoscope; (7) THz Detectors for Medical Imaging and Spectroscopy; (8) Cartilage Lubricants and Tissue Engineering for Osteoarthritis. Successful candidates will likely participate in multiple projects. Detailed descriptions of all the specific project opportunities can be found online.

Successful candidates for these new research fellowships will possess a Ph.D. (or equivalent) in a natural sciences or engineering discipline, will have a demonstrated record of research accomplishment, and will seek to use the appointment as a springboard to high visibility career opportunities. Stipends are generous and commensurate with experience. Each project will have independent research support and opportunity for international travel/collaboration. Successful candidates can expect a three-year, annually-renewable appointment.

Please send a cover letter, curriculum vitae, short (< 3 page) description of your previous research experience, a short (< 3 page) statement explaining your interest in one or more specific projects and arrange to have 3 letters of recommendation sent to Heather McCleery at hmccleer@nd.edu . We anticipate filling positions beginning March 1, 2009 and continuing until all positions are filled.

Ultrafast chemical physics: terahertz spectroscopy of hydrogen bonding

£28,839 – £35,469

Applications are invited for a three-year postdoctoral position to join the ultrafast team in the Biomolecular & Chemical Physics group as part of a major EPSRC research grant in collaboration with international research groups.

You will be using a new state-of-the-art ultrafast amplified laser system situated in a newly refurbished laboratory to make high-power terahertz laser pulses. These will be applied in novel spectroscopic techniques to study hydrogen-bond dynamics, liquid-liquid transitions, and supercooling in systems such as water and protein model systems.

The preferred start date is 1 April 2009.

Further information can be found at http://bcp.phys.strath.ac.uk/ultrafast/ or by contacting Prof Klaas Wynne (klaas.wynne@phys.strath.ac.uk).

A PhD in physics or physical chemistry and a background in laser spectroscopy are required. Previous postdoctoral experience and experience in ultrafast spectroscopy and (soft) condensed matter or chemical physics are desirable.

For an application pack, visit http://vacancies.strath.ac.uk or contact Human Resources, University of Strathclyde, Glasgow G1 1XQ, UK. Tel. 0141 553 4133, quoting ref: JA/R6/2009.

Closing date: 19 February 2009

IGERT Terahertz Fellowships

THz science and technology is one of the most intriguing and challenging research fields to emerge in the 21st Century. In less than a decade, this previously hidden section of the electromagnetic spectrum has caught the imagination of scientists around the world. THz research will transform future computing and communication systems while providing unprecedented opportunities for biomedical imaging. Rensselaer researchers have played a leading role in the quest to understand the science and the use of THz radiation.

Rensselaer Polytechnic Institute has been awarded a grant for the Integrative Graduate Education and Research Traineeship (IGERT) entitled Terahertz Science and Technology — A Studio-Based Approach by the U.S. National Science Foundation. This grant will fund fellowships in interdisciplinary graduate study in THz spectroscopy and imaging, THz data transfer and networking systems, and THz electronics.

Each fellowship will cover full tuition and provides a stipend of $30,000 and is renewable. To be considered, candidates must plan to pursue a Ph.D in the THz science and technology areas. Women and minority students are especially encouraged to consider this excellent opportunity.

Participants:

Rensseaer Polytechnic Institute Departments of:

Physics, Applied Physics, and Astronomy
Electrical, Computer, and Systems Engineering
Biology
Biomedical Engineering
Morehouse College (GA), Physics
Wadsworth Center (NY), Division of Molecular Medicine

Partners:

University of Applied Sciences and Arts, Germany
Tera-BRIDGE and INTERACT Network

Industrial Supporters:

IBM
AT&T
Texas Instruments
General Electric
Schoffstall Ventures

Program Areas:

THz spectroscopy and imaging
THz data transfer and networking systems
THz electronics

For More Details see:

IGERT.pdf
the IGERT site at www.igert.org
the NSF IGERT site.
Rensselaer Financial Aid Office

“This material is based upon work supported by the National Science Foundation under Grant No. 0333314.”

“Any opinions, findings, and conclusions or recommendations expressed in this material are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.”

Ref: 2869-08-E

We are seeking an experienced, motivated and highly skilled scientist to work on an innovative project involving the use of VECSELs as pump sources for Terahertz spectroscopy

You should have a PhD and a profound knowledge of semiconductors lasers (preferably VECSELs) and Terahertz spectroscopy. You should be an expert on optical alignment and have experience in programming and theoretical simulations. Also hardware interfacing, data acquisition and analysis with Labview is required. A good background in laser theory would be an advantage.

This post is funded by the University of Southampton’s Adventures in Research scheme and is for 9 months only.

Inquires about the positions can be made to Dr Vasilis Apostolopoulos (v.apostolopoulos@soton.ac.uk).

Please quote reference number 2869-08-E on all correspondence. The closing date for this post is 4 December 2008 at 12 noon.

To apply on line, please click here.

For the job description and person specification, please click here.

Description: The High Frequency Investigation group of the Institute of Electronics of the South (University Montpellier 2, France) has an intense experimental and theoretical activity devoted to the study of semiconductor devices working as detectors or emitters in the terahertz frequency domain. In particular, the group is involved in the development of a novel terahertz source based on GaN structures that will be fabricated in the framework of a national network (AITHER: Amplificating Integrable TeraHertz Emitter of Radiations).

The candidate will work essentially in developing an experimental setup for the electrical and optical characterization of the nitride-based structures to investigate amplification and emission of terahertz radiation.

The candidate should have knowledge on semiconductors physics and high-level experimental knowhow in at least one of the following techniques:
- optical measurements
- microwaves equipment
- vacuum techniques
- low temperature experiments (liquid nitrogen and helium)

The candidate should provide curriculum vitae and list of publications.

Contact: Prof. L. Varani
Institut d’Electronique du Sud
Universite Montpellier 2
place E. Bataillon
34095 Montpellier Cedex 5
France
luca.varani@univ-montp2.fr

Duration: 1 year starting in 2009

Location: Institut d’Electronique du Sud (University Montpellier 2), France

Net salary: approximately 2000 eur per month

Website: www.ies.univ-montp2.fr

Endowed Chair in Experimental Sensor Physics

Wright State University, in partnership with a consortium of Ohio universities, has received a $4.1 million dollar award from the State of Ohio’s Third Frontier Program to establish a Research Cluster in Layered Sensing. This cluster will perform research and development in sensor science and technology and invest aggressively in senior and junior research talent, capital facilities, and equipment. As a part of this program, Wright State University is recruiting a distinguished senior experimentalist for the WSU Ohio Research Scholar endowed chair in the area of terahertz sensing. The position filled will be at the associate professor level, or higher as dictated by experience and qualifications. The successful candidate will have substantial resources available including a significant level of start-up funds and will interact with our physics and engineering faculty involved in sensing, imaging, and spectroscopy. This includes collaborating with the existing terahertz research groups at WSU. This will involve participating in the search for an additional Assistant Professor position for the research cluster. This endowed chair position is part of the Ohio Research Scholar Program’s goal of recruiting research talent to the state of Ohio and, under the terms of this State of Ohio Grant, all candidates must be recruited from outside Ohio. Further information about this position is available on the website.

Candidates must have a Ph.D. degree or the equivalent in Physics, Electrical Engineering, or a related field, must have a distinguished research record commensurate with the level of Associate Professor or Professor, and the potential for excellence in teaching. The focus of this position will be establishing an exceptional research effort in a collaborative environment while maintaining an interaction with industry and the community. In accord with this emphasis are reduced teaching responsibilities. The position will be affiliated with the Department of Physics and the Department of Electrical Engineering with the possibility of joint appointments.

Review of applications will begin on January 15, 2009 and will continue until the position is filled. Candidates should submit a letter of application, curriculum vitae, brief statements of research plans and teaching philosophy and include contact information for at least three references. Questions about this position should be directed to Associate Professor Doug Petkie, Department of Physics, Wright State University (thz-physics@wright.edu). To apply, please apply online.

Wright State is an equal opportunity, affirmative action employer.

Research Associate

‘To develop state of the art THz imaging bolometer arrays’
Cardiff School of Physics and Astronomy

The Cardiff Astronomy Instrumentation Group is seeking to transfer expertise in producing and characterising 4K THz detector systems incorporating superconducting direct detectors to QMCI Ltd.

Jointly funded via a STFC PIPSS award and QMCI Ltd, a fixed-term Research Associate is available immediately to work with members of the AIG and QMCI Ltd on:

Developing a prototype single pixel 4K Nb bolometer system suitable for FIR-FTS systems.
Technical feasibility study of a THz imaging bolometer array.
Development of a pre-commercial prototype bolometer array.
In addition, you will have scope to work on other aspects of detector development for astronomical applications.

You should have a degree or PhD in Physics or Electronic Engineering or have equivalent level of knowledge or experience. You should also have experience with either liquid or dry cryogen systems and at least one of the following:

Experience with cryogenic coolers or liquid cryogen systems.
Proficiency in the use of modern laboratory instrumentation (e.g. vacuum systems, IR detectors, laboratory test equipment etc.)
Detailed knowledge of thermal and detector device physics, including understanding of superconductivity and sources of noise in thermal detectors.
You should be able to manage and schedule your work and possess good interpersonal communication skills.

This post is fixed-term for 3 years.

Salary: £28290 – £33780 per annum

Informal enquiries for this post can be made to Prof Philip Mauskopf on Tel: 029 2087 6170 or via email at philip.mauskopf@astro.cf.ac.uk

To work for an employer that values and promotes equality of opportunity, visit www.cardiff.ac.uk/jobs telephone + 44 (0) 29 2087 4017 or email vacancies@cardiff.ac.uk for an application form quoting vacancy number 663.

Closing date: Friday, 17 October 2008

For the past 4 years, we successfully developed compact THz fiber-scanning systems for biological imaging and high-sensitivity THz microchips for illicit drug detection. We have also successfully demonstrated two different types of THz PE fibers with a record high coupling efficiency and record low attenuation loss. Based on these findings, further development of these systems for future clinical applications is supported by National Science Council of Taiwan and a postdoctoral research fellow position is now open.

Applicants should possess a Ph.D. degree and be willing to work on live specimens. A strong background in the field of THz waveguiding or THz imaging is preferable. The starting salary (depending upon experience) for this position is offered in the range NTD 715,000 – 975,000 per annum (1 USD = approx. 32 NTD). Additional benefits include air passage and medical insurance coverage.

Interested individuals should send their application, curriculum vitae, and names and addresses of three references to the following address.

Prof. Chi-Kuang Sun
Graduate Institute of Photonics and Optoelectronics,
National Taiwan University
No.1, Sec. 4, Roosevelt Rd.
Taipei, 10617
Taiwan
email: sun@cc.ee.ntu.edu.tw

The Physical Electronics Laboratory, Department of Microtechnology and Nanoscience, has a PhD student / Post.Doc. position open for research studies on coherent detectors for terahertz (1012 Hz) frequencies.

Job description
Our research at the Physical Electronics Laboratory is focused on new materials, devices and sub-systems for applications in the frequency range 100 GHz – 10 THz or the corresponding wavelength range 30 µm – 3 mm. This is an emerging part of the electromagnetic spectrum where optical and microwave techniques meet. We fabricate novel devices and evaluate these in various circuit demonstrators. Examples of those are low noise terahertz mixers and terahertz generators. Our research finds applications in receivers and transmitters for future radar sensors, THz-imaging systems, radio astronomy and remote sensing, and future wireless communication systems. Our laboratory has developed terahertz mixers for such international projects as the Herschel Space Observatory, and TErahertz and submillimeter LImb Sounder (TELIS).

Your work will be to investigate novel materials and techniques for terahertz mixers based on thin superconducting films. This work will include thin film devices fabrication in our Nanofabrication laboratory, circuit design and device characterization at terahertz frequencies.

You will be employed in the Terahertz Technology Group, MC2, at Chalmers, and will receive a salary according to current salary agreements.

Qualifications
We believe you are interested in applied science, creative and curious in a future career as a researcher. You find problem solving stimulating and like challenges. You are driven by curiosity, goal-oriented, and enjoy working in a team. You hold a Master of Science degree in Applied Physics or Electrical Engineering (or an equivalent degree) awarded by an internationally recognised university-level institution. Successful PhD candidates should have experience and/or a strong interest in (some of) the following areas: solid-state physics and especially superconductivity, nanofabrication techniques, electro-magnetic theory and microwave engineering. We also believe you have good communication skills, good analytical and experimental skills and good ability to work independently towards the goals expressed in the project plans.

Application procedure

The application shall be written in English and include the following items:
1. An application of a maximum of one A4 page containing your specific qualifications for the position
2. Attested copies of education certificates, including grade reports and other documents
3. Curriculum Vitae
4. Letters of recommendation from academic institutions and/or previous employers (optional)

The application shall be sent electronically as pdf or zipped documents. Please use the on-line application linked to below.

If any material is not available electronically or cannot be transferred to pdf format, the material can be sent as a hard copy to Registrar. The applicants name and the reference number (2008/194) must be written on the first page of the application.

Address:
Registrar
Chalmers University of Technology
SE-412 96 Göteborg
Sweden

Further information
Questions? For further information, please contact:
Docent Sergey Cherednichenko, serguei@chalmers.se, +46-(0)31 772 8499
Professor Jan Stake, jan.stake@chalmers.se, +46-(0)31 772 49 83

Terahertz Technology Group

For additional information and to apply on-line, see the vacancy description.

Applications are invited for a three-year postdoctoral position to join the ultrafast team in the Biomolecular & Chemical Physics group in the Department of Physics at the University of Strathclyde. You will be using a new state-of-the-art ultrafast amplified laser system situated in a newly refurbished laboratory to make high-power terahertz laser pulses. These will be applied in novel spectroscopic techniques to study hydrogen-bond dynamics, liquid-liquid transitions, and supercooling in systems such as water and protein model systems. You will also be encouraged to collaborate closely with other members of the ultrafast team.

The preferred start date is 1 January 2009.

Further information about us can be found at http://bcp.phys.strath.ac.uk/ultrafast/.

You will have a PhD in physics or physical chemistry and have a strong background in laser spectroscopy. Previous postdoctoral experience and experience in ultrafast spectroscopy and (soft) condensed matter physics or chemical physics are desirable.

For an application pack, visit http://vacancies.strath.ac.uk or contact Human Resources, University of Strathclyde, Glasgow G1 1XQ, UK. Tel. 0141 553 4133, quoting ref: JA/R70/2008.

£27,466 – £30,912 (pending review)

Closing date: 1 November 2008

PhD student (75 % BAT IIa).

The contract is based upon the regulations of “Wissenschaftszeitvertragsgesetz” and “Hessisches Hochschulgesetz”.

Research: Generation of terahertz radiation by frequency mixing in the active region of semiconductor lasers and amplifiers. Goal: to develop, in collaboration with two large German laser research institutions, an ultra-compact source of THz radiation.

Competence and interests: Diploma or Master degree in Physics, Electrical Engineering or related fields. Interest in semiconductor and laser physics and in the rapidly evolving terahertz sciences.

Additional information: Please send your application in electronic form to Mrs. M. Jordan, email: m.jordan@physik.uni-frankfurt.de (Physikalisches Institut, Goethe Universität, Max-von-Laue-Str. 1, D-60054 Frankfurt). Deadline for applications: 10.09.2008.

Terahertz Devices and Systems
Department of Electronics and Electrical Engineering

Ref No: 14501/DPP/A3

£30,013 – £33,780 or £24,403 – £27,466 per annum (depending on experience)

The Department of Electronics and Electrical Engineering at the University of Glasgow has a vacancy for a Post-doctoral Research Assistant position in the area of Terahertz Devices and Systems.

You will develop sources, passive optics, mixers and detectors for the terahertz systems to be used for imaging and spectroscopy, use these terahertz systems to demonstrate imaging and spectroscopy in a number of application areas. The successful candidate should have a broad knowledge in a number of areas including optics, semiconductor devices, microfabrication and far-infrared or mm-wave technology and will be expected to develop specialisms spanning these areas. This will include theoretical modeling/simulation, device fabrication, device characterization and critical assessment of device and system performance. The successful candidate will also be expected to contribute to the formulation and submission of research publications and research proposals

For an application pack, please see our website or write quoting 14112/DPP/A3 to the Recruitment Section, Human Resources Department, University of Glasgow, Glasgow, G12 8QQ.

Closing date: 5th September 2008.

Further details.

Professor (W2) „Goethe-Leibniz-Oerlikon-Nachwuchsprofessur für Terahertz Photonik“

The position has been endowed by OC Oerlikon Management AG, for research on novel sources and detectors of THz radiation and the exploration of its applications. The successful applicant will be based at the Faculty of Physics of the Goethe-Universität and work in close association with the Group of Ultrafast Spectroscopy and THz Physics (Prof. Roskos). He/She will have a second affiliation at the Ferdinand-Braun-Institut in the function of a temporary Division Head of THz Photonics and report as such to the Director of the institute. He/She is expected to use the complementary competences of the two research institutions to full capacity for the advancement of THz photonic technology. The position is initially available for 5 years with a salary equivalent to “W2” on the German university scale.

Applicants should have a strong track record in electronic or optoelectronic THz device research, and a proven competence in the development of THz systems respectively the application of THz radiation. The device technologies advocated should be based on or compatible with the semiconductor device technologies available at the participating institutions. He/She is expected to participate very actively in the raising of research funds.

More information on the position can be obtained from Prof. Roskos at roskos@physik.uni-frankfurt.de. Goethe-Universität and the Ferdinand-Braun-Institut are equal opportunity employers. Click here for more details.

Applications should be submitted in electronic form – deadline: 31. August 2008). The application should include the curriculum vitae, five key publications (as pdf files), a summary of research achievements, a statement of the research plan, plus names and addresses of three academic references. Please submit the material to the Dean of the Faculty of Physics, Goethe-Universität Frankfurt am Main: dekanat@physik.uni-frankfurt.de

For many years there have been no compact, convenient sources of terahertz (THz) radiation that are relatively cheap and might be used for applications in areas such as surveillance and security, process control, biotechnology or non-destructive testing. Over the last few years, a new type of semiconductor source, the Quantum Cascade Laser (QCL) has been developed. Due to limitations imposed by fundamental physics, it is extremely difficult to make these devices operate at low frequencies within the THz band (i.e. <3.5THz) and/or at temperatures that are convenient for applications.

Person / Skills Specification
Essential:

A doctoral degree in a relevant field OR at least 4 years of relevant research experience (full-time equivalent) after obtaining the university qualification that formally gave you access to doctoral studies (without having to acquire any further qualifications. (Note that due to the requirements of the funding of this post we are unable to accept applications from current PhD students).

Experience of advanced III-V semiconductor devices (characterisation or growth or processing).

Experience with cryogenic or other cooling systems.

Desirable:

Experience of THz systems and applications.

Ability to take responsibility for delivering your own work whilst operating within a small team

Interest in combining academic and entrepreneurial skills to help develop a new high technology product

Note:
The post is to be funded under a European Fellowship programme and will be offered subject to the funding being awarded. You must be available to start work in early 2009 and will be required to demonstrate eligibility to participate in the programme.

Further information on eligibility can be found at:
http://ec.europa.eu/research/fp6/mariecurie-actions/pdf/faq_iif_en.pdf
http://ec.europa.eu/research/fp6/mariecurie-actions/pdf/faq_eif_en.pdf

To apply:
Please send your CV with covering letter to Dr Amanda McMurray, Managing Director
Email: amanda.mcmurray@durhamphotonics.com
Closing date: 15th July 2008.

In the group Nanowire Photonics we are looking for an experimental postdoc to work in the area of THz plasmonics. The goal of this research is to investigate the propagation of THz (far-infrared) surface plasmon polaritons SPPs at the interface between a conductor and a dielectric and to define novel approaches for SPPs waveguiding and active THz plamonics. The work will combine numerical simulations, fabrication of microstructures and measurements using THz-time-domain spectroscopy. This project is done in collaboration with Philips Research and several European research groups.

About the group
The new group Nanowire Photonics has initiated its activities in April 2005. One of the goals of the group is to mediate the knowledge transfer between the Center for Nanophotonics and Philips Research. Therefore, the Nanowire Photonics group collaborates intensively with other AMOLF and Philips groups.

Required qualifications
We are looking for experimental scientists (physicist, chemists, materials scientists), preferably with experience or interest in the field of THz optics, photonics and plasmonics.

Terms of employment
The position is intended as full-time (38 hrs / week, 12 months / year) appointment in the service of Foundation for Fundamental Research on Matter (FOM) for the duration of two years. AMOLF assists any new foreign employees with visa applications and compensates their transport costs and furnishing expenses.

For further information please contact
Dr. Jaime Gómez Rivas
Center for Nanophotonics
c/o Philips Research Laboratories
E-mail: rivas@amolf.nl
Phone: +31 (0) 40-2742349
www.nanowirephotonics.com

Applications can be sent to
FOM Institute AMOLF
Personnel dept.
Postbus 41883
1009 DB Amsterdam
The Netherlands
application@amolf.nl (cc. rivas@amolf.nl)

Please send your:
- Resume;
- Motivation on why you want to join the group (max. 1 page).
Applications without this motivation will not be taken into account.
Please refer to application # 0802.0600 in your letter.

Terahertz Devices and Systems

College of Science, Engineering & Food Science
(Joint Appointment: Tyndall National Institute & Department of Microelectronic Engineering)

Science Foundation Ireland (SFI) has made awards to University College Cork (UCC) and Tyndall National Institute of a SFI Professorship in the above field under the SFI Engineering Professorships and Lectureships Programme. Applications are now invited for this position.

The postholder will be expected to bring together research teams to undertake research of the highest international standard. The joint appointment is intended to foster the interaction between the Department of Microelectronic Engineering and Tyndall National Institute.

The successful candidate will have significant experience of working at a senior level within an internationally leading research institute and/or an academic or industrial environment. S/he will have a proven record of internationally recognised independent research accomplishments in the above field and evidence of successfully attracting substantial research funding. The appointee will also have the ability to provide strategic vision and leadership in the development of their specialist fields.

The Professorship is a 5-year SFI-funded joint appointment at Tyndall National Institute and UCC, carrying a proleptic permanent post in the Department of Microelectronic Engineering within the College of Science, Engineering and Food Science at UCC. The successful candidate will be expected eventually to play a leading role in teaching, research and administration within the sponsoring department.

For informal inquiries or further details about the post, please contact Cass Fitzpatrick, Director/Executive Search Consultant, O’Malley InterSearch, 3 South Bank, Crosses Green, Cork. Telephone 00353-21-4314760, Mobile 00353-86-8137446, or email cass@omalley-intersearch.com

Salary Scale: [new entrants]: €111,286 – €143,193. Appointment will be made at a salary level appropriate to the experience of the candidate.

Closing date: Friday, 22nd August 2008

University College Cork is an Equal Opportunities Employer

Memorandum re Senior Academic Posts

Further Details

The research program is described at http://www.psfc.mit.edu/wab/ The Plasma Science and Fusion Center offers a diverse program of research in all areas of plasma physics.

REQUIREMENTS: a recent doctorate in physics or engineering with some demonstration of experience in vacuum electronics or plasma physics research. Please submit a full curriculum vitae and the names of three references (including their e-mail addresses and telephone numbers) with application material. MIT-00005474

APPLY HERE

Job Qualifications

Bachelors (graduate degree preferred) in engineering, physics, or related technical field, and appropriate work experience (5+ years). A background in signal processing is highly desirable. Excellent written and verbal communication skills and the ability to interact effectively with all levels of management is a plus.

Security Prerequisite: TS/SCI

Company:
Northrop Grumman
Location:
Chantilly, VA 20151
Status:
Full Time, Employee
Job Category:
Engineering
Education Level:
Bachelor’s Degree
Relevant Work Experience:
5+ to 7 Years

Apply Online.

Limit of tenure: 3 years.

Professor L F Gladden
Dr J A Zeitler

With the advent of coherent pulsed THz sources and detection technology combining femtosecond lasers and photoconductive antennae and/or non-linear materials, terahertz time-domain spectroscopy (TDS) has emerged as an attractive technique to study molecular interaction in a wide range of materials. The technology is now becoming more widely used in a number of communities ranging from semiconductor physics, materials science, chemistry to pharmaceuticals. The aim of this PhD project is to assess the applicability of terahertz spectroscopy to the understanding of protein and biological cell interactions and dynamics. The first phase of the project will aim to develop quantitative measurement protocols for this new measurement technique. For application to biological systems, very small signals need to be detected and the errors associated with these measurements must be fully understood. In the second phase of the work, it is hoped that THz TDS will be applied to quantitatively measure protein structures and quantify biological interactions of enzymes and proteins.

Applications from candidates with first degrees in physics, chemistry or chemical engineering are particularly encouraged. The studentship is fully-funded for UK and EU residents (i.e. pays tuition as well as a tax-free maintenance stipend of 12,940 p.a. for 2008/9; 13,240 p.a. for 2009/10; 13,540 for 2010/11). In the first instance, applicants should send a detailed curriculum vitae (to include numerical details of grades obtained in relevant examinations) to: Linda Craft at recruitment@cheng.cam.ac.uk as soon as possible.

Quote Reference: NP03434, Closing Date: 30 June 2008

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