welcome Paolo

FYI: Remotely Generated Plasma Thin Film Deposition/Sputtering

Hello

Our company is a holder of patents and know how relating to a remote generated plasma thin film deposition/sputtering technology demonstrating much improved coating speeds and characteristics compared to the current industrial standard, magnetron technology. Our technology can lay down materials that magnetron is not capable of or has great difficult in doing so. We can also adapt our technology to most existing magnetron systems. As part of our strategic development, we are seeking to establish mutually beneficial partnerships with actors in this industry.

If this is of interest to you, we would welcome the opportunity to discuss this with you. For your information, please visit our site at www.plasma-quest.com where you will be able to judge the merits of our technology and its benefits,. I also invite you to download our 28 page HiTUS technology information document, which explains our technology in detail - www.plasma-quest.com/hitusintroduction.pdf - .

We look forward to hearing from you and thank you in advance for your attention to this email.

Kind regards

Rémi Mollicone

remi@plasma-quest.com
www.plasma-quest.com
Plasma Quest Ltd – International Business Development.

Dear Sir / Madam,

I am Prashant Kumar, submitting my Ph. D thesis in December 2008 at university of Hyderabad, India. My Ph. D is in a nanotechnology topic “novel non-lithographic techniques for surface nanostructuring of thin films and bulk wafer surfaces”.

I have experience of various thin films coating techniques viz. evaporation, DC/RF sputtering, ion beam sputtering and pulsed laser deposition. I have synthesized nanodots and nanowires and various nanostructured surfaces and I have looked into its optical, photoluminescence, transport and magnetic properties.

Among nanostructured surface what I have studied are, silicon wafer, germanium wafer, graphite, borosilicate glass and alumina. All of these have several photovoltaic, chemical sensors, DNA detection, tissue culturing and other biomedical applications.

Apart from various thin film coating techniques and nanoparticle synthesis, I have hands on experiences on atomic force microscope, scanning electron microscope, confocal microscope, spectrophotometer, surface profilometer, x-ray diffractometer, vibrating sample magnetometer, Hall Effect set-up and Magneto resistance measurements etc.

Apart from nanowire and nanodots synthesis and its various applications, my other interests include solar cell / corrosion resistant / better adhesive applications of nanostructured surfaces, catalytic activity of nanoparticles, and bio-medical applications of nanoparticles. Further, I am open to other related topics or any topic related to applications of nanotechnology/materials science.

Please find in my page on this site my details of experiences and publications.
I hereby would like to request you to inform me of post-doctoral post as and when it develops in your laboratory or elsewhere.

Thanking you.

Prashant Kumar

dear prof/reseracher, Its prashant kumar, submitting my ph.d thesis on non-lithographic techniques of surface nanostructuring in december 2008 at university of hyderabad. I have experience of thin film coating, synthesis of nanowires, nanodots and characterization by AFM, SEM, VSM, PL spectra, MR measurements, surface plasmons etc and I seek post-doctoral post and for that I require your help, plz. convey to me if you find anything interesting. or else plz. advise how to get into the groove.I can work towards materials science, engineering, chemical engineering, biomedical applications of nanoparticles, memory application of nanodots etc or any industrial applications of nanoparticles, nanodots or nanowires.

sir,
nice to see u doing such a fantastic work..
am a student of masters in nanotech..
done my UG in electrical and electronics