Rukmini Devi Centre Of Excellence In Computational Nanotechnology Admission 2026, Campus Life, Faculty Details, Average Salary

Rukmini Devi Centre of Excellence in Computational Nanotechnology-RDCECN

For more than forty years electronics has experienced growth at an unprecedented rate. During this period silicon integrated circuit technology has been developed to the point where complex VLSI systems containing billions of transistors can be constructed on a sliver of silicon with an area of a few square centimetres. These phenomenal increases in capacity and performance have been reflected in Moore’s Law which predicts that the number of transistors integrated onto a silicon chip doubles every eighteen months. However, the shrinking of transistor dimensions cannot continue indefinitely – already the minimum feature size of devices is well below 45 nanometres (nm). This has led semiconductor manufacturers to refer to the technology entering the nanometre era, where device dimensions are measured in tens of nanometres. Based on current predictions the scaling of traditional MOS transistors will reach a fundamental limit at around 22nm, beyond which it will be necessary to find new technologies that will form the basis for the electronic systems of the future. Research is already under way into a range of technologies that are potential candidates as successors to the silicon era, although none has yet emerged as a clear winner in the race.

In photonics, the field of the generation and control of light, III-V semiconductor devices currently dominate. In recent years scientists have learned how to engineer the interactions between nanoelectronic devices and light based on these semiconductors, opening the way for a variety of new applications, such as high efficiency white light sources and lasers operating at THz frequencies.

The recent progress in self organised fabrication techniques for three dimensional nanostructures on semiconductor surfaces has led to devices which have dimensions comparable to the De Broglie wavelength for electrons, and hence exhibit quantum behaviour. The exploitation of the such “quantum dots” makes possible applications ranging from chirp free, temperature independent lasers to devices for Quantum Computing through to emitters of Quantum Entangled Photons.

Rukmini Devi Centre of Excellence in Computational Nanotechnology-RDCECN Highlights

• Established year:
• Institute type:
• Approved by:
• Application mode: Online (pen and paper-based)
• Location: 2A & 2B, Phase-1, Madhuban Chowk, Outer Ring Road, Rohini Delhi, Delhi 110085 , India

Rukmini Devi Centre of Excellence in Computational Nanotechnology-RDCECN Offered Course List

School Of Agriculture & Veterinary Science, School Of Commerce And Management Studies, School Of Hotel Management, School Of Science, School Of Foreign & Indian Languages, School Of Journalism & Mass Media Communication, School Of Philosophy And Research, School Of Engineering & Technology, School Of Computer Science & IT, School Of Architecture & Planning, School Of Library & Information Science, School Of Arts And Social Studies, School Of Education And Physical Education, School Of Law, School Of Pharmacy, School Of Para-Medical Science, School Of Fire & Safety, M.Phil Subjects List, Ph.D. Subjects List,

Rukmini Devi Centre of Excellence in Computational Nanotechnology-RDCECN Admission Process

The application form is available on the official website of Rukmini Devi Centre of Excellence in Computational Nanotechnology-RDCECN. Those who wish to apply can submit their applications on the official website. The selection is done on the basis of merit list.

Rukmini Devi Centre of Excellence in Computational Nanotechnology-RDCECN Placement

The Placement Cell of the Rukmini Devi Centre of Excellence in Computational Nanotechnology-RDCECN supports students in making the right career choices and enables employers in taking the right hiring decisions during recruitment.

Rukmini Devi Centre of Excellence in Computational Nanotechnology-RDCECN Course Offered