SRMAP Departmental Events

“We cannot always build the future for our youth, but we can build our youth for the future”

                                                                                                                   – Franklin D Roosevelt

India is one of the countries in the world currently experiencing an explosion in the youth population. And undoubtedly, skilled youth is the supreme asset of any land. However, the dismaying fact is that the surpassing potential of our youth is yet to be explored to its fullest. Higher institutes of learning and universities play a pivotal role in equipping their students to face the ever-evolving world fraught with unseen challenges. Reckoning with this alarming fact, the Department of Computer Science and Engineering at SRM University-AP is organising a one-month-long programme on “Youth Empowerment and Skill Development” under the ISR activities of the university from Aug 29, 2022, to Sept 28, 2022.

The programme is exclusively organised for young people living in rural communities near SRM University-AP with an aim to develop the knowledge and experiences that will help them live happier, more fulfilling lives and improve their ability to make better decisions about their future. Courses are offered across various domains such as internet technologies, web development, MS office, and the like that have become essential tools in a technology-driven world.

The inaugural session is scheduled on August 29, 2022, at 05.15 pm. The event will be graced by the honourable Vice-Chancellor Prof VS Rao, Dean – SEAS Prof BV Babu, Associate Dean – SEAS & the Head of the Department of CSE – Prof T Ragunathan, and other university dignitaries. Classes will be conducted between 5.30 pm and 7.00 pm during the month.

Join us and empower yourself for a better tomorrow.

The Department of Physics is glad to announce that Assistant Professor Dr Soumyajyoti Biswas and his PhD scholar Ms Diksha have published their article “Prediction of imminent failure using supervised learning in a fiber bundle model” in the Q1 journal, Physical Review E. Prediction of breakdown in disordered solids under external loading is a question of paramount importance to the stability of buildings and bridges to earthquakes. The researchers used numerical simulations of a model of disordered solids and recorded the time series of the avalanche sizes and energy bursts. They propose that a systematic analysis of these time series using supervised machine learning can predict the time of failure. Interestingly, the most important feature for such predictions turns out to be the measures of how unequal the avalanche sizes are.

Applying external stress on disordered materials beyond their mechanical limits results in their fracture. Hence it is important to know the limit or how the material behaves as it approaches the limit and the factors that influence it. The failure properties of materials are very distinct from other properties such as elasticity, in the sense that their predictions are not always straightforward. Predicting the failure in driven disordered systems is a long-standing problem in physics, engineering, and earth sciences. So, for understanding the fracture process and predicting the failure properties of the materials, a mathematical model (fibre bundle model) has been used.

They introduced the disorder to the system and generated the time series of avalanche size and energy bursts. Some inequality indices i.e., Hirsch index (h), Gini index (g) and recently introduced Kolkata index (k) were measured for the response statistics of the driven systems. These social inequalities are usually represented by the Lorenz function L(p), where p fraction of the population (events) possesses L(p) fraction of total wealth (avalanche mass) when the population (avalanche events) are arranged in the ascending order of their wealth (size). Based on these time series, the machine learning algorithm can predict the prior failure time of the system. So, they have used a supervised machine learning algorithm (with the above-mentioned indices as some of the features) to predict the failure time of the model. They observed that these inequality measures play an important role in making predictions.

Prediction of imminent fracture has its implications in a wide range of disciplines, including stability of mechanical structures (buildings, aircraft, bridges etc.), extraction of oil (fracking) to the largest scale of mechanical failure i.e., earthquakes. Here a supervised machine learning approach is used to make such predictions in numerical models. However, with the important features identified here for such predictions, such research can carry out similar predictions for experimental data. A follow-up of this work is being carried out by Ms Diksha with a group in Spain regarding the experimental verification. Their future research plans include applications of the methods developed here to be applied to real-life physical structures for their stability analysis and predictions of impending catastrophes.

Illustration 1: A schematic diagram of the Lorenz function L(p)is shown, where L(p) denotes the cumulative fraction of the avalanche mass contained in the smallest p fraction of avalanches. If all avalanches were equal in size, this would be a diagonal straight line, called the equality line. The area between the equality line and the Lorenz curve (shaded area),therefore, is a measure of the inequality in the avalanche sizes. Two quantitative measures of such inequality are extracted from here, the ratio of the shaded area and that under the equality line (Gini index, g) and the crossing point of the opposite diagonal – from (0,1) to (1,0), shown in dashed line,and the Lorenz curve, giving the Kolkata index, k. 1 − k fraction of avalanches contain k fraction of the cumulative avalanche mass.

An ideal research process relies on some essential characteristics. One among them is to communicate the research findings. Peer reviewed research journals serve a huge role in this. However, researchers lack an understanding of how to write a publishable research paper. Grasping the basic structure of a scientific paper would help the researcher to decide what should be included in each section. There will be pitfalls in each of these sections but can be avoided if approached strategically. Along with the other components, target journal selection and authorship is also an important aspect of this entire activity.

Successful production of an article for submission to a peer‐reviewed scientific journal requires substantial effort. To ensure this success, The Department of Computer Science and Engineering is planning for a one-day online workshop on How to write and publish a research article.

Date: August 06, 2022

Time: 09.30 am to 1.00 pm

The workshop expects more than four hundred participants. It is open to both students and faculty from UG, PG and PhD programmes. Assistant Professors Dr V Manikandan and Dr Murali Krishna Enduri are coordinating the event. The workshop will give a general idea about topics such as, different options to publish research works, benefits of publishing research articles, steps to write a review paper or research article from scratch, hands-on training with LaTeX to write a research article etc.

Join the workshop to learn the basics of a perfect research article!

“Physics is about questioning, studying, probing nature. You probe, and, if you’re lucky, you get strange clues” – Lene Hau

Are you a Physics student dreaming of the exciting possibilities and opportunities the subject may present you with? Well, your passion for physics is sure to gift you with endless opportunities to explore the world. No matter the type of career you choose, the magic of Physics will remain an integral part of your life. You could be an astronaut, a teacher, an engineer or a researcher, Physics will never fail you to take you to greater heights and depths of your interest.

The Department of Physics brings to you an exciting workshop on “Opportunities in Physics” with Prof R P Singh from Physical Research Laboratory, Ahmedabad on July 29, 2022 at 10.00 am. Students pursuing advanced undergraduate and postgraduate programmes in Physics in various universities and colleges in the vicinity are invited to attend the workshop, visit on-campus research facilities, and interact with the speaker and the faculty. The keynote speaker, Prof R P Singh will give a seminar on “Free-space quantum communication”, and various presentations will also be organised as part of the workshop.

This is an excellent opportunity for the students to create a deeper perspective on the scopes and opportunities of pursuing Physics. They can also get in touch with experts in the field and experience the latest innovations during laboratory visits. Having a broader understanding of the infinite possibilities of the subject will certainly help students make an informed decision as to how to move ahead and grab the right opportunity.

Programme Schedule

“Innovation in Science Pursuit for Inspired Research” (INSPIRE) programme is a flagship initiative of the Department of Science and Technology (DST) to persuade young and talented science enthusiasts to pursue various fields of sciences and instigate quality research to strengthen the Science and Technology network of the country.

INSPIRE fellowship is one of the important components under the purview of INSPIRE programme to attract Science graduates to undertake Doctoral research in both basic and applied sciences. The fellowship enables the aspirants to pursue research at any recognized university or institute in India.

SRM University-AP is glad to host the subject expert committee meeting on July 14 & 15, 2022, to select the meritorious candidates for the DST-INSPIRE fellowship 2022 to pursue PhD in physics at any recognized institute across the country. During the meeting, the expert committee will list out the most deserving candidates among scores of applicants from all over the country.

As part of the event, an interactive session has been scheduled with the eminent scientist Dr Umesh K Sharma, DST New Delhi. He would cast light on the scopes and opportunities of pursuing doctorate with an INSPIRE fellowship. A talk by Prof Dinakar Kanjilal, Ex-Director IUAC Delhi, will also be organized to give the faculty and students a comprehensive understanding of the same.

Distinguished Members of the DST INSPIRE Meeting

Dr Umesh K Sharma

Dr Dinakar Kanjilal

Dr G Vijaya Prakash

Dr Anandamayee Tej

Dr Rajendra

Dr Arijit Chowdhuri