Registration Form Name: ______________________________________________ Organic Semiconductors for Designation: ________________________________________ Microelectronics & Department: ________________________________________ Display Applications Address for Communication: NITK Surathkal Organized at ______________________________________________________ Mangalore ______________________________________________________ City: ____________________ Pin Code: _________________ Mobile No.: __________________________________________ E-mail: ______________________________________________ NITK Surathkal, Mangalore Category of Participant: Supported by □ Faculty/Student/Research Scholar of NITK □ Faculty/Student/Res. Scholar of other Institution □ Industry Participant Address for Correspondence Accommodation Required: Yes / No Prof. G. Umesh Department of Physics, Payment Mode: DD for reg. fee in favor of The National Institute of Technology Karnataka, Surathkal, Director NITK Surathkal, payable through any na- Srinivasnagar PO, Surathkal, Mangalore 575025 , Global Initiative of Academic tionalized bank at Surathkal / Mangalore. Karnataka, India. Network (GIAN) Phone: +91-824 2473276; Mob 9901184376 I agree to attend the course for the entire duration. Fax: +91-824 2474039 Email: [email protected] Date: May 30, 2016 to June 3, 2016 Point of Contact Venue: NITK Surathkal, Mangalore. Date: Signature of the Applicant K. Achyutha, Research Scholar (+91-8722553256) http://physics.nitk.ac.in/upcoming-events/ Place: Raveendra Kiran, Research Scholar (+91-9071987538) organicelectronics/ Organic Semiconductors for Microelectronics & Display Applications Short Course Supported by MHRD, Govt. of India under GIAN Course Overview Course Contents Important Dates This Short Course will provide an insight into the 1: Energy band structure and metal-semiconductor contacts Registration Starts 16/05/2016 exciting new field of Organics Electronics. Starting 2: Metal-insulator-semiconductor capacitor Registration Closes 30/05/2016 with an introduction to the physics of organic semi- 3: The field effect transistor 4: Organic transistors in microelectronics conductors, it will include their applications in thin- Event Date 30/05/2016 to 5: Organic memory devices film transistors (TFTs), memory devices and organic 6: Introduction to optical displays 03/06/2016 light-emitting diodes (OLEDs) for lighting and display 7: Colourimetry and colour generation in optical displays applications. 8: Non-emissive displays 9: Emissive displays Registration Fee In the first part of the module band theory of solids 10:Organic light emitting diode (OLED) in displays Participants from (inorganic and organics) will guide the way to the energy band diagram of metal-semiconductor (MS) Teaching Faculty contacts as a fundamental constituent of electronic Industry / Research Rs. 10,000/- devices. By means of the metal-oxide-semiconductor Dr. Thomas Anthopoulos is a Professor of Experimental Physics in (MOS) capacitor, concepts such as accumulation and the Department of Physics and The Centre for Plastic Electronics, depletion of charge carriers in organic semiconduc- Imperial College London. He received his B.Eng., and Ph.D., from Academic Institutions Rs. 5,000/- tors will be discussed and contrasted to their inor- Staffordshire University in UK. He then moved to University of St. ganic counterparts. This leads over to the structure Andrews where he worked on organic light- and operating principle of field-effect transistors emitting diodes. In 2003 he joined Philips Re- Payment Mode: DD in favor of The Director (FETs), their device architectures, considerations on search Laboratories in The Netherlands to NITK Surathkal, payable through any nationalized switching speeds and scaling. As part of their applica- work on organic semiconductors for use in bank at Surathkal / Mangalore. opto/electronic devices and integrated circuits. tions, the role of organic TFTs in (unipolar and com- In 2005 he was awarded an EPSRC Advanced Scanned copy of the DD and the filled Regis- plementary) logic circuits, displays, and memories will Fellowship and in 2007 a RCUK Fellowship tration form must be uploaded during the be introduced. The module will then look at general both hosted in the Department of Physics, online registration on or before May 27, 2016. properties and requirements of memories such as Imperial College London. His current research writing/reading speeds, retention time, endurance, interest is focused on the physics of novel Business Name and scalability/integration. Different memory con- organics, inorganics and hybrid materials and Max. no. of Participants: Limited to 50 on first cepts (e.g. capacitive, resistive, floating-gate) will be devices. come first serve basis. introduced. In the second part of the module the field RegistrationPrimary Business AddressLink: http://physics.nitk.ac.in/ of optical displays will be introduced, covering the His current research projects include: Your Address Line 2 upcoming-events/organicelectronics/registration technologies currently in use and those expected to Your Address Line 3 Novel inorganic transparent semiconductors Your Address Line 4 feature in the next generation of display technologies High-mobility organic semiconductors & devices. with emphasis on OLED-based displays. The module The above fee includes all instructional materials, com- Nanoscale opto/electronic devices & systems E-mail: [email protected] will offer a short introduction the different kinds of puter use and internet facility. The participants will not Transparent photo-transistors for invisible electronics optical displays available, and will briefly discuss the be given any TA/DA and boarding / lodging. Participant Charge carrier transport in semiconductors & devices current driving forces governing market trends. can bring their laptop for effective utilization of course Various manufacturing technologies will also be high- Novel nano-lithography methods for plastic nano-electronics delivery. lighted Novel device concepts for energy harvesting & generation .