Atomic Subspaces for Operators

Adithya

et al. 2022

IJAEML

Purpose: To find an innovative way to boost research work and contribution by individual faculty members of higher education institutions including universities by creating their own micro-research centre. This should also help faculty members to plan and intensify their research at low cost and internally available resources and to contribute to the research output of their institutions, and society in a micro but effective way. Methodology: Proposing and implementing micro-research centres in individual departments of universities by individual faculty members. This centre is independently coordinated by an individual faculty member along with colleagues and students at research, Post-graduate, and Undergraduate levels. The research methodology consists of developing a case study by collecting information about individual efforts of innovative research and crystalizing such efforts to be a systematic innovation as best practice in the higher education space. Information is collected from the research and innovation council of Srinivas University through its website and by interviewing its faculty members. The collected information is analyzed using ABCD analysis framework and presented in scholarly article format. Results & Outcome: This case study on innovation in research efforts by motivating faculty members to develop and coordinate a micro-research centre called Atomic Research Centre to carry out intensive and focussed research on a micro-topic by individually and through a micro-team consisting of self, colleagues, and students at research, Post-graduate, and Undergraduate levels. This best practice speeds up and intensifies the research activities of individual faculty members in many micro-research areas without the huge investment in research as research funding. This best practice of individual research contribution through Atomic research centres (ARCs) also allows the faculty members to coordinate on one or many research topics at a time, individually or with different small teams. Based on an intense search in the literature, it is found that initiation and implementation of Faculty level Atomic Research Centre to promote and intensify departmental research is a unique innovative best practice in HEIs and Universities. Originality: Studying the initiation, formation, modalities, and details of faculty-initiated Atomic Research centres and their success in contributing to departmental research is studied systematically and analysed using ABCD analysing framework. Type of Research: Case Study & Analysis.

Section: (I) Atomic Subspaces In Mathematicsmentioning

confidence: 99%

Atomic Research Centres to Intensify Research – An Innovative Approach of Srinivas University, India

Adithya

et al. 2022

IJAEML

“…The unique properties of conducting polymers not only provide great scope for their applications but also have led to the development of new models to explain their observed properties, particularly various mechanisms of charge transport (Kaiser et al 1995(Kaiser et al , 1997 [1][2]. Polyanline is one of the oldest of conducting polymers and amongst the various conducting polymers Polyaniline (PANI) has rapidly become the subject of considerable interest for physicists, chemists and material scientists [3]. Among different conducting polymers, polyaniline are the most extensively studied material (Kumar et al 1996) [4][5].…”

Section: Introductionmentioning

confidence: 99%

SEM Studies of Polyaniline Thin Films Doped with Different Concentrations of KBr & C6H3N3O7

Pradeep Kumar,

Nempal Singh

2023

IJETMS

Polyaniline has been the oldest among all the conducting polymers. The unique properties of conducting polymers not only provide great scope for their applications but also have led to the development of new models to explain their observed properties. Polyaniline has rapidly become the subject of considerable interest for physicists, chemists and material scientists. In this paper we have carried out the Scanning Electron Microscopy characteristics of Polyaniline thin films doped with different concentrations (15% & 30%) of the dopants like Potassium Bromide and Picric Acid. The films has been prepared by using Vacuum Evaporation Technique and then characterized for SEM studies by using Scanning Electron Microscopy unit. The SEM study reveals that the grain size increases with the increase in the concentration of the above said dopants which in turn increases the crystallinity of the material. This behavior ensures its application in the optoelectronic devices.

“…Further Young re-introduce the same in his book [18], which contains basic facts about frame and Grochenig has given the nontrivial extension of frames to Banach spaces in [11]. Frames having wavelet structures, have been popularized through several generalizations and significant applications, for detail discussion regarding the same readers are referred to [1,3,6,7,8,10,17,18].…”

Section: Introductionmentioning

confidence: 99%

Characterizations of Multiframelets on $\mathbb{Q}_{p}$

Haldar,

Bhandari

2019

Preprint

Self Cite

This paper presents a discussion on p-adic multiframe by means of its wavelet structure, called as multiframelet, which is build upon p-adic wavelet construction. Multiframelets create much excitement in mathematicians as well as engineers on account of its tremendous potentiality to analyze rapidly changing transient signals. Moreover, multiframelets can produce more accurately localized temporal and frequency information, due to this fact it produce a methodology to reconstruct signals by means of decomposition technique. Various properties of multiframelet sequence in L 2 (Qp) have been analyzed. Furthermore, multiframelet set in Qp has been engendered and scrutinized.