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The mail system : User unknown in virtual alias table (expanded from ): unknown user: "/usr/sbin/sendmail" <-i@webserver> (expanded from <-i>): bad address syntax <-t@webserver> (expanded from <-t>): bad address syntax --8D6D32004BC.1637039607/webserver.centroenergia.cl Content-Description: Delivery report Content-Type: message/delivery-status Content-Transfer-Encoding: 8bit Reporting-MTA: dns; webserver.centroenergia.cl X-Postfix-Queue-ID: 8D6D32004BC X-Postfix-Sender: rfc822; www-data@webserver Arrival-Date: Tue, 16 Nov 2021 02:13:26 -0300 (-03) Final-Recipient: rfc822; marisa.demartini@serc.cl Original-Recipient: rfc822;marisa.demartini@serc.cl Action: failed Status: 5.1.1 Diagnostic-Code: X-Postfix; User unknown in virtual alias table Final-Recipient: rfc822; /usr/sbin/sendmail@webserver Original-Recipient: rfc822;/usr/sbin/sendmail@webserver Action: failed Status: 5.1.1 Diagnostic-Code: X-Postfix; unknown user: "/usr/sbin/sendmail" Final-Recipient: rfc822; -i@webserver Original-Recipient: rfc822;-i@webserver Action: failed Status: 5.1.3 Diagnostic-Code: X-Postfix; bad address syntax Final-Recipient: rfc822; -t@webserver Original-Recipient: rfc822;-t@webserver Action: failed Status: 5.1.3 Diagnostic-Code: X-Postfix; bad address syntax --8D6D32004BC.1637039607/webserver.centroenergia.cl Content-Description: Undelivered Message Content-Type: message/rfc822 Content-Transfer-Encoding: 8bit Return-Path: Received: by webserver.centroenergia.cl (Postfix, from userid 33) id 8D6D32004BC; Tue, 16 Nov 2021 02:13:26 -0300 (-03) To: marisa.demartini@serc.cl, leonardo.henriquezb@gmail.com Subject: Nuevo formulario de contacto SERC CHILE X-PHP-Originating-Script: 0:PHPMailer.php Date: Tue, 16 Nov 2021 05:13:26 +0000 From: SERC CHILE Reply-To: moh1135@gmail.com Message-ID: X-Mailer: PHPMailer 6.5.0 (https://github.com/PHPMailer/PHPMailer) MIME-Version: 1.0 Content-Type: text/plain; charset=UTF-8 Content-Transfer-Encoding: quoted-printable De: Gholamhosain Haidari =0A=0AAsunto: Please- Inquire f= or position in your University-Institute=0A=0ACuerpo del mensaje:=0ADear Ms= . Marisa Demartini, I am an assistant professor of physics at Shahrekord University-Iran. I would like to inquire to ask if I can have any kind of position at your u= niversity-Institute or ... I have appropriate experience in simulation and experimental study in photo= nics, plasmonics, and electro-optic devices, especially solar cells. Thank you very much in advance and I am enthusiastically looking forward to= hearing you. Sincerely Yours, -------------------- Motivation letter, Department of Physics, Shahrekord University, Iran Dr. Gholamhosain Haidari (physics department, Shahrekord University, Iran) Email: moh1135@gmail.com,=20 web page: https://www.sku.ac.ir/en/DepartmentGroup/ProfessorForm.aspx?ID=3D= 2382 Google Scholar https://scholar.google.com/citations?user=3DyVSRVpAAAAAJ&hl=3Den ORCID https://orcid.org/0000-0003-2400-928 I am writing to apply for the position. For me, work on Electro-optics, especially 3rd generation of solar cells an= d plasmonics began in the Ph.D. (2011-2015). Previous field studies of soli= d-state physics and optics have provided a good theoretical basis for elect= ro-optic devices. After sufficient theoretical studies, I had the opportuni= ty to study plasmonic organic cells for 6 months at the University of Freib= urg (Pr. Elizabeth von Hauff group). The results of this study were reflect= ed in the two articles. After my Ph.D., I found the research-educational po= sition at Malayer University and then at Shahrekord University-Iran. Despit= e the shortcoming of research facilities here, I continued my research on s= olar cells. In addition to organic cells, I started working on perovskite a= nd partially quantum dot cells. Once again for one month, the opportunity w= as found to attend as a research guest position at the Vrije Universiteit A= msterdam (New group of Pr. Elizabeth von Hauff- 2016).=20 In this section, the focus has been on the far and near-field properties of= plasmonic nanostructures and their application in solar cells, photocataly= tics, and plasmonic biosensors. Some experimental work focused on the synth= esis of plasmonic nanoparticles by physical and chemical method and their u= se in organic or perovskite solar cells. For simulation study, developed mo= dels were used to simulate irregular nanostructures by FDTD method and some= times with effective medium theory. These simulations are not similar to co= nventional single-particle or periodic regular particle models. Experimenta= l and simulation works were also performed to Dielectric/metal/Dielectric a= s a transparent and conductive layer. The study of metal nanostructures to = improve the performance of thin-film silicon solar cells is another of thes= e studies. Finally, the results of this study resulted in three papers, whi= ch were accepted in the year 2019 (list in the CV). Moreover, from collabor= ative research work, there is an article about the experimental simulation = study of the plasmonic organic cell in 2020. The metallic nanostructure can= be the origin of non-optical effects. They can have other positive or nega= tive effects on solar cell performance, such as electrical effects (like pl= asmon-induced charge separation, change surface resistance, change in elect= ron-hole transition, change surface recombination), and changing layer morp= hology. Therefore, new approaches and applications in plasmonic studies can= be helpful. Hence the interest in the optical quantum optic simulation of = plasmonic nanostructure was started by Python (QuTip). Also, two master's t= heses were defined to the plasmonic biosensor and its simulation. In the ex= perimental case, the plasmonic nanostructures on the microchannel substrate= and their ability to sensitize things like the virus ( Covid-19) are going= to be studied. The above is only an indication of the interest, focus, and= continuity of my research on electro-optics and plasmonics. My research ex= perience in both the theoretical and the experimental field and finally in = the simulation part has given me the ability to meet the challenging resear= ch associated with these domains. Continued research has led to one article= being accepted and 4 articles submitted in 2021. Also, as a second supervi= sor, two doctoral dissertations (one experimentally: Electro-spun synthesis= of silver/poly (vinyl alcohol) nanofibers and other by simulation: thin-fi= lm silicon solar cell and plasmonics) are in the defense stage. Thank you very much for considering my application and I look forward to he= aring from you.=20 Sincerely,=20 Golamhosain Haidari=0A=0A-- =0AEste mensaje se ha enviado desde un formular= io de contacto en SERC CHILE (http://serc.cl/en) --8D6D32004BC.1637039607/webserver.centroenergia.cl--