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Showing posts from August, 2022

Student Induction Program 'Deeksharambh-2022' was organized by Maharishi School of Humanities and Arts

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  A Student Induction Program 'Deeksharambh-2022' was organized by Maharishi School of Humanities and Arts at Maharishi University of Information Technology on 29th August 2022. The program commenced with Lamp Lighting Ceremony and Guru Puja followed by Saraswati Vandana. Dr. Rupam Singh, Dean, School of Humanities and Arts and Dr Sapan Asthana, Dean Academics welcomed the Guests. The Chief Guest on the occasion was Air Cmde Sashi Kant Mishra VM (G) Veteran whose words inspired everyone present and filled enthusiasm among the students. Guest of Honour, Dr Archana Shukla,HOD, Department of Psychology , Lucknow University encouraged the students with their warm words. Our Hon’ble Chancellor ( Ajay Prakash Shrivastava ), Hon’ble Manager (Maharishi Vidya Mandir) Shri Anoop Srivastava, Hon’ble DG (Prof. Group Capt OP Sharma), Hon’ble Vice-Chancellor (Prof. Bhanu Pratap Singh ), Registrar (Prof. Akhand Pratap Singh), Dean Academics (Dr. Sapan Asthana) also showered blessings to th

Development of UV Photo Detector : ZnO nanostructure

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Nanoscale materials have shown unprecedented capabilities in the emerging technologies ranging from solar energy harvesting to biosensing. New applications for  nanophotonics  and  nanoelectronics  are been inspired by the development of defect-free low-dimensional nanostructures.To assess their potential capabilities is particularly important to uncover their new and interesting properties and characteristics concerning electronic transport, light emission and photo-detection.  The low dimensionality and the high surface-to –volume ratio play a fundamental role in the overall  photo-detection performance . An important attribute of photoconductors is their ability to produce gain in the excess of one that is the generation of more than one electron in an external circuit for each absorbed photons. The direct band-gap materials other than  ZnO  have a lower propensity to trap charge carriers, and nanostructures of these materials are, in general, capable of more rapid responses. Detect