SRMAP Events

DST-INSPIRE fellowship expert committee meeting to be held at SRM University-AP
2022-07-14 08:00 - 2022-07-15 17:00 (Asia/Kolkata)
“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

Explore the world through Physics
2022-07-29 10:00 - 12:00
“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

An Odyssey of Physics: The eminent Guest lecture series
2022-12-07 15:30 - 17:00
James Webb Space Telescope (JWST) is the largest optical telescope in space that conducts Infrared Astronomy. The Department of Physics is coming up with an eminent Guest lecture series, An Odyssey of Physics, to bring the trending topics in the domain of physics for an impeccable dialogue. The first session of the series is on The Search for Habitable Worlds in the Era of JWST by Dr Liton Majumdar from the National Institute of Science Education and Research (NISER) Bhubaneswar.
Abstract of the talk
One of the most exciting developments in astronomy and astrophysics is the discovery of planets around stars other than the Sun, termed ‘Exoplanets’. The discoveries of these exoplanets have revealed an astonishing diversity in their physical characteristics – masses, temperatures, radii, orbital properties, and host stars. Exoplanets known today range from super Jupiter to Earth-size rocky planets over a wide range of temperatures, including several in the habitable zones of their host stars. In this talk, the speaker will discuss how these planets form, why they differ from those in our solar system, and which ingredients are available to build them. Furthermore, he will also discuss how we study the atmospheres of these exoplanets using a combination of ground and space-based observations and numerical models and thereby characterise them. In addition, there will be discussions on the near future of this emerging frontier in the context of significant advances expected from facilities such as JWST, ARIEL, and large ground-based telescopes.

Dr Lorenzo Contessi on many-body systems
2022-12-14 16:00 - 17:00 | Online event
International research exposure is a prerequisite to developing an analytical bent of mind and knowledge acquisition. Global exposure help acquaint scholars with the nuances in the recent research domains and methodology. The Department of Physics is organising a Department Research Seminar to promote research discourse with eminent scientists and scholars from all around the world. The seminar will be addressed by Dr Lorenzo Contessi, Postdoctoral Researcher, IJCLabs, on December 14, 2022. In this seminar titled “Many-body systems around universality”, Dr Contessi will discuss various universal systems, especially in the unitarity universality class.
Abstract
Universal systems are quantum mechanical objects that can be described similarly despite having different typical sizes, energies, and degrees of freedom. This is possible because they share identical few-body properties. Unitarity is arguably the most common universality class for low-energy physics and can be found in hadronic, nuclear, and atomic fields. This interconnection between fields is important because it allows for the passage of knowledge from one field to another. This is of special benefit to the fields in which very little is experimentally known since emergent phenomena can be predicted from more widely known sectors of physics. What is the “best” theory to describe the emergent phenomena maintaining interdisciplinarity is not a simple question to be answered. However, effective field theories result is the most natural framework for this search for their systematic improvability and the connection to the underlying physics of the various universal systems.
Join the webinar to learn how to build an effective quantum mechanical theory, how to pass knowledge from one field to others, and what phenomena emerge in many-body systems.

Industry-Academia Workshop
2023-03-24 09:00 - 17:00 | Board Room, Homi J Bhabha Block
The Department of Physics is organising an Industry-Academia Workshop on March 24, 2023. The workshop will feature eminent speakers, both in-person and online for a constructive discourse on the pedagogical method and strategies to be implemented for the Master’s programme in the forthcoming academic year. The programme will be initiated with an introductory talk by Honourable ice Chancellor, Prof. Manoj K Arora. The agenda of the programme includes discussions on the MSc Physics curricula and ways to make it suitable for the industry track, discussion on the possibility of industry internships (2-6 months) for the UG and PG students, discussion and interactive session on hurdles and identification of solutions to strengthen the industry-academia collaboration, interaction with faculty members and discussing possibilities for consultancy projects and gathering experts’ opinions about the BTech Engineering Physics programme. The workshop will also include a visit to the Research labs at the university.
About the Speakers

Dr SK Taher Ali, PhD, IIT Kharagpur, Centre for Materials for Electronics Technology (C-MET), Hyderabad, MeitY
Mr SP Ghosh, BTech, Calcutta University, Consultant: Bufo Innovations Pvt Ltd, Superannuated from NTPC as GM (Project) on 31. 07.2020
Dr Debashish Mazumdar, PhD, IIT Kharagpur, Former Executive Vice President, R&D, Exide Industries Ltd
Dr Arunabh Ghosh, PhD, Sungkyunkwan University, Associate Director, Battery Innovation Centre (BIC) – OLA Electric Technologies

Prof. Prabal Maiti on Complex Molecular Systems
2023-05-10 15:00 - 16:00 | S209, Level 2, New Academic Block
Knowledge acquisition and creation are key to consistent education, and quality learning is achieved with a constant drive to explore various domains guided by expert mentors. Following this principle, the Department of Physics is organising an insightful session as part of their Eminent Guest Lecture Series: An Odyssey of Physics on May 10, 2023. The guest lecture will be delivered by renowned academic and scholar Prof. Prabal K Maiti, Professor and Head, Centre for Condensed Matter Theory, Department of Physics, Indian Institute of Science, Bangalore, on the topic “Multiscale modelling of complex systems”.
Abstract
Computer simulations are important scientific tools to understand the emergence of collective properties from chemical structures in complex molecular systems. It has helped us improve our basic understanding and provide calculation tools for the pre-synthesis design and screening of novel materials for various technologies. In this talk, the speaker will summarise the efforts in understanding the structure and dynamics of confined fluid, self-assembly and mechanics of various DNA molecules and charge transport in molecular systems.
Join the lecture for a resourceful and valuable session!

Prof. Abhishek Singh on Machine Learning Techniques in Material Sciences.
2023-08-30 15:00 - 17:30 | Tiered Classroom, 5th Floor, Admin Block
The Department of Physics is organising the ninth session of its Eminent Guest Lecture Series: An Odyssey of Physics on the topic “A Machine Learning Framework for Knowledge Discovery” on August 30, 2023. The session will be delivered by Prof. Abhishek Singh, Indian Institute of Science, Bengaluru. He will discuss the application of ML in establishing the complex structure-property relations in alloys.
Join the talk for an insight session on Machine Learning in Material Sciences!
Abstract
Data-driven machine learning methods in materials science are emerging as one of the promising tools for expanding the discovery domain of materials to unravel useful knowledge. In this talk, the power of these methods will be illustrated by covering two major aspects, namely, the development of prediction models and the establishment of hidden connections. For the first aspect, we have developed accurate prediction models for various computationally expensive physical properties such as band gap, band edges and lattice thermal conductivity. The prediction model for band gap and band edges is developed on a 2D family of materials -MXene, which are very promising for a wide range of electronic to energy applications, which rely on accurate estimation of band gap and band edges. These models are developed with GW-level accuracy and hence can accelerate the screening of desired materials by estimating the band gaps and band edges in a matter of minutes. For the lattice thermal conductivity prediction model, an exhaustive database of bulk materials is prepared. By employing the high-throughput approach, several ultra-low and ultra-high lattice thermal conductivity compounds are predicted. The property map is generated from the high-throughput approach, and four simple features directly related to the physics of lattice thermal conductivity are proposed. The performance of the model is far superior to the physics-based Slack model, highlighting the simplicity and power of the proposed machine learning models. For the second aspect, we have connected the otherwise independent electronic and thermal transport properties.
The role of bonding attributes in establishing this relationship is unravelled by machine learning. An accurate machine learning model for thermal transport properties is proposed, where electronic transport and bonding characteristics are employed as descriptors.

Prof. R P Singh on Qubit and Quantum Mechanics
2023-09-20 15:00 - 16:30 | Tiered Classroom, 5th Floor, Admin Block
The Department of Physics is organising the tenth edition of the “Eminent Guest Lecture Series: An Odyssey of Physics” on September 20, 2023. The eminent lecture will be delivered by Prof. R P Singh, Physical Research Laboratory, Ahmedabad who will expound on the topic “Beyond Qubit” and the advantages of developing the quantum system in laboratories for efficient usage.
Join the session for an exciting and insightful lecture on Quantum Mechanics!
Abstract
A qubit is a two-state quantum-mechanical system, one of the simplest exhibiting the peculiarity of quantum mechanics, for example, the polarization state of a photon. However, there are quantum systems which can exist in infinite states, such as the orbital angular momentum (OAM) state of a photon. One can go further and instead of choosing quantum mechanical systems with discrete variables like polarization and OAM, could consider using quantum systems with continuous variables such as position and momentum or field quadratures. We will discuss creating these quantum systems in the lab and harnessing them to our advantage.

Illuminating Journey into the Realm of Particle Physics
2024-01-30 12:00 - 2024-02-01 16:30
The Department of Physics is delighted to announce a captivating lecture series for both undergraduates and postgraduate students. Esteemed speaker Prof. Sreerup Raychaudhuri from TIFR, Maharashtra, will unravel the intricacies of “Electroweak Unification and the Standard Model.” Prof. Raychaudhuri is a renowned authority in the field of modern physics, and his expertise promises to offer invaluable insights to all attendees.
We will delve deep into the foundations of particle physics as we explore the fascinating concepts of Electroweak Unification and the Standard Model. The lecture series will focus on the captivating subjects of Electroweak Unification and the Standard Model. Participants can anticipate a deep dive into the fundamental constituents of particle physics, the strong and electroweak forces, and the intricate interactions that govern the universe at a minuscule scale.
We invite all physics enthusiasts to join us for this enriching lecture series. Prepare to expand your knowledge, engage in thought-provoking discussions, and gain a deeper understanding of the captivating world of modern physics. Mark your calendars and stay tuned for an event that promises to ignite curiosity and deepen your understanding of the fundamental principles governing our universe.
Let’s embark on this enlightening journey together!
About the Speaker
Prof. Sreerup Raychaudhuri works on the physics of elementary particles and their interactions. He is a Ph.D. from the University of Calcutta and worked as a postdoc first at Tata Institute of Fundamental Research and then at CERN, Geneva. He taught Physics at IIT Kanpur for several years before joining TIFR, where he is now a Professor of Theoretical Physics and Dean (Administration). His research interests are interfacing theory with experiments, especially in the physics of electroweak interactions. He is also interested in the popularisation and history of science.

Journey to the Attoworld with Prof. Sreerup Raychaudhuri
2024-01-31 15:00 - 17:00 | Tiered Classroom, 5th Floor, Admin Block
Prepare to dive into the intricacies of the unseen realm as Department of Physics is organising an Eminent Guest Lecture Series, where Prof. Sreerup Raychaudhuri will unfold the mysteries of the Attoworld on January 31, 2024. An experience that transcends the limits of the known, promising a captivating journey through the frontiers of physics.
Mark your calendar to venture into the cosmos of the infinitesimally small, seeking to unravel the secrets that shape our understanding of the universe.
About the Speaker
Prof. Sreerup Raychaudhuri works on the physics of elementary particles and their interactions. He is a Ph.D. from the University of Calcutta and worked as a postdoc first at TIFR and then at CERN, Geneva. He taught Physics at IIT Kanpur for several years before joining TIFR, where he is now a Professor of Theoretical Physics and Dean (Administration). His research interests are interfacing theory with experiments, especially in the physics of electroweak interactions. He is also interested in the popularisation and history of science.
Abstract
Over the past twelve decades, we have gathered an incredible amount of information about the world at tiny length scales going down from a nano-metre – the size of a small molecule – to the order of an atto-metre – a billion times smaller – which is the limit of today’s experiments. We have found the most amazing structures and interactions which could not have been dreamed of in earlier times. We will trace the story of this great adventure from an empirical viewpoint and ask if we have finally unravelled the ultimate building blocks of the Universe.

Unleash the Power of Green Chemistry with Dr Ram Mohan
2024-02-06 09:00 - 13:00 | Tiered Classroom, 5th Floor, Admin Block
Get ready to dive into the world of sustainable solutions and a greener future! The School of Engineering and Sciences at SRM University-AP is thrilled to announce an exciting workshop on “Unleashing the Power of Green Chemistry: Better Living, Sustainable Solutions” by our esteemed guest speaker, Dr Ram Mohan, Department of Chemistry at Illinois Wesleyan University, Bloomington, Illinois, USA.
Join us for a dynamic series of lectures that will captivate your imagination:

Lecture 1: Toxic Molecules Unveiled – An Introduction to Green Chemistry
Discover the hidden dangers lurking in our everyday lives and explore the fascinating world of Green Chemistry. Dr Mohan will shed light on how we can mitigate the impact of toxic substances and pave the way for a healthier future.
Lecture 2: Sustainable Success Stories – Green Chemistry in Action
Prepare to be inspired as Dr Ram Mohan will present captivating case studies showcasing the triumphs of Green Chemistry. Learn how innovative minds have harnessed the power of sustainable practices to solve real-life environmental challenges. .
Lecture 3: Empowering Change – Unleashing the Potential of Green Chemistry
In this final lecture, he will empower you with practical examples of how Green Chemistry can transform our world.
This workshop promises to be an immersive experience, allowing you to interact with a true expert in the field. It is an invaluable opportunity for students and faculty members alike to nurture a passion for chemistry and sustainability and make a positive impact on our planet. Get ready to unlock the potential of Green Chemistry and embark on a journey towards a more sustainable future.
Let’s come together, ignite change, and unleash the power of Green Chemistry!

Understanding the Nuclear Aspects of the Big Bang
2025-02-05 15:00 - 17:00 | C-602, C V Raman Block
The Department of Physics is organising a Departmental Research Seminar on “Nuclear Processes during the Big Bang Nucleosynthesis” on February 05, 2025. The seminar will be delivered by renowned academician Dr Martin Schaefer, Department of Theoretical Physics, Nuclear Physics Institute, Czech Academy of Sciences.
Tune in to hear from the expert on the phenomenon of Big Bang Nucleosynthesis.
Abstract
It is believed that at the early stage of the Universe, roughly 10 seconds after the Big Bang, the temperature dropped sufficiently to allow the first atomic nuclei to form. Subsequent nuclear reactions produced stable helium and lithium isotopes and negligible traces of heavier elements. This process is known as the primordial nucleosynthesis of light elements or Big Bang Nucleosynthesis (BBN). At the end of BBN, the specific primordial abundances left an observable imprint in the current Universe. This echo nowadays serves to test the Hot Big Bang theory and the Standard Model of particle physics. An accurate description of BBN nuclear reactions is crucial in studying primordial nucleosynthesis. Nowadays, reaction dynamics can be calculated by applying highly sophisticated ab initio theoretical methods. In my contribution, I will discuss how a systematic approach to describing nuclear interactions and ab initio methods might contribute to revealing mysteries about this early stage of the Universe.

Research Seminar on Macroscopic Quantum Tunneling
2025-10-30 15:00 - 16:00 | S-607, SR Block
The Department of Physics is organising a Research Seminar on “Macroscopic Quantum Tunneling and Nobel Prize in Physics – 2025” by Dr Krishna Prasad Maity, Assistant Professor, Department of Physics, SRM University-AP.
Abstract
Quantum tunneling, proposed by Erwin Schrödinger in 1926, is a unique quantum phenomenon with no classical equivalent. It has been observed in microscopic systems like alpha decay and scanning tunneling microscopy but remained unverified at the macroscopic scale for decades.
This year’s Nobel Prize in Physics was awarded to John Clarke, Michel H Devoret, and John M Martinis from the University of California for observing macroscopic quantum tunneling in a superconducting tunnel junction, known as the Josephson junction. Their experiments measured the voltage across the junction, corresponding to the quantum phase difference between two superconductors, and revealed that the particles occupy discrete, quantized energy levels. This pioneering work laid the foundation for qubits—the basic units of future quantum computers. In this talk, I will discuss their discovery and its significance for the future of quantum technology.
Join for an interactive and insightful session!

Fracmeet 2025
2025-11-22 09:30 - 2025-11-24 17:00 | Tiered Classroom, 5th Floor, Admin Block
The Department of Physics is organising FRACMEET-2025: Collective Phenomena in Disordered Systems- II, a three-day interdisciplinary conference from November 20-22, 2025, at the Tiered Classroom, Level 5, Homi J Bhabha Block.
The focus of this three-day conference is to discuss the recent developments and future challenges in the multiphase flow, dynamics of fracture, recent problems in soft matter from a point of view of statistical mechanics and non-linear physics.
Fracmeet will host researchers, from theory and experiments, from diverse fields to discuss the recent developments and future challenges in the upscaling process, and in particular the role of statistical and non-linear physics.
For more details, visit – https://www.srmap.edu.in/fracmeet-2025/
Join us at Fracmeet 2025 and gain exposure to the ongoing research in the fields of condensed matter, geophysics, physics of disordered systems, material design, and ample opportunities for networking.

Seminar on Probing Higgs Boson at the Large Hadron Collider (LHC)
2026-01-07 15:00 - 16:00 | S-305, SR Block
The Department of Physics is organising a research seminar on the topic “Probing Higgs Boson at the Large Hadron Collider (LHC)” at 03.00 PM, January 07, 2026. The seminar will be delivered by Dr Gouranga Kole, Postdoctoral Research Fellow, National Taiwan, University and CERN, Geneva, Switzerland.
Abstract
Recent results on measurements related to the Higgs boson using proton–proton collision data recorded at a center-of-mass energy of 13 TeV by the CMS experiment at the LHC will be presented. The seminar will begin with an overview of the object reconstruction techniques employed in the CMS experiment, providing essential context for the subsequent analyses. The main focus will be on Higgs boson decays into a top quark and a light quark within the framework of the two-Higgs-doublet model. In particular, the signal strengths and the corresponding upper limits on the production cross sections will be discussed, offering insights into Higgs–fermion interactions and possible signs of physics beyond the Standard Model. The seminar will conclude with a summary of the current status of charged Higgs boson searches at CMS.

SRM AP to Host IGMG IV
2026-02-19 - 2026-02-21 | Theatre, SR Block
SRM University-AP hosts the biennial International Conference on Materials Genome (ICMG), started in 2018 at SRM University-AP, India, the International Conference on Materials Genome (ICMG) has established itself as a premier biennial forum under the aegis of the Asian Consortium on Computational Materials Science (ACCMS). The conference focuses on bridging the gap between theoretical calculations and experimental techniques to accelerate the discovery of novel materials.
The primary objective of the conference is to foster collaborations among theoreticians, experimentalists, and industry professionals by facilitating the exchange of ideas and research findings through poster and oral presentations. The conference will highlight the current status, future plans, and prospects in the field, covering recent developments in first-principles calculations, experimental techniques, materials databases, and machine learning for materials science.
The conference will witness over 100 invited speakers from across the globe, the event also feature keynote speakers – Prof. D D Sarma from IISC Bangalore, India and Prof. Stefano Sanvito from Trinity College Dublin, Ireland. The 2026 event will feature a special session celebrating the legacy of Prof. Tanusri Saha-Dasgupta, Director of the S. N. Bose National Centre for Basic Sciences.
For programme schedule, visit – https://www.srmap.edu.in/icmg-iv/

10th Eminent Guest Lecture by Prof. Adisak Boonchun
2026-06-16 11:00 - 12:30 | JC-304, J C Block
The Office of Dean-Research and Department of Physics, SRM University-AP are jointly organising the 10th edition of the Eminent Guest Lecture Series on June 16, 2026. The university welcomes Prof. Adisak Boonchun, Associate Professor, Department of Physics, Faculty of Science, Kasetsart University, Bangkok, Thailand, to deliver a lecture on “Machine Learning Methods in Materials Simulation”.
Abstract
In computational materials science, we always face a big problem: choosing between accuracy and speed. Density Functional Theory (DFT) is very accurate for studying atoms, but it requires too much computer power. Because of this, standard DFT can only simulate small systems with a few hundred atoms for a very short time. This makes it very difficult to study real-world properties like heat transport, defects, or phase changes.
This lecture introduces how machine learning (ML) is breaking this limit. Today, we demonstrate the use of Machine Learning Force Fields (MLFF). Instead of solving complex systems, an on-the-fly MLFF model can learn the relationship between atomic structures and energy from a small set of DFT data. This allows us to run simulations with DFT-level accuracy but at the speed of simple classical models.
As a real example, this talk will show how we use ML methods to calculate the lattice thermal conductivity of semiconductors. We will discuss how to train the model efficiently to simulate heat transport in large systems, which is impossible with standard DFT alone. Finally, we will talk about the current challenges of AI in physics and look at the future of automated materials simulation.

11th Eminent Guest Lecture by Prof. Yeoh Keat Hoe
2026-06-18 11:30 - 13:00 | JC-304, J C Block
The Office of Dean-Research and the Department of Physics are jointly organising the 11th Eminent Guest Lecture on the topic “Transition Metal-Doped 2D GaN with improved catalytic performance for lithium–sulfur batteries: Insights from a first-principles study” on June 18, 2026. Prof. Yeoh Keat Hoe, Associate Professor, Jeffrey Sachs Center on Sustainable Development, Sunway University, Malaysia, will deliver the session.
Abstract
Lithium–sulfur (Li–S) batteries are regarded as one of the most promising next-generation energy storage technologies due to their exceptionally high theoretical energy density. However, their commercial deployment remains hindered by the polysulfide shuttle effect and the sluggish kinetics of the sulfur reduction reaction (SRR), which involves a complex 16-electron conversion pathway. Recent experimental studies have demonstrated that coating sulfur cathodes with GaN nanosheets effectively suppresses polysulfide shuttling and improves cycling stability compared with conventional Li–S batteries. The polar nature of GaN promotes strong interactions with lithium polysulfides (LiPSs), while the relatively low atomic masses of Ga and N help preserve the high energy density of the system. Motivated by these findings, we employed first-principles density functional theory calculations to systematically screen transition-metal (TM) single-atom dopants on two-dimensional (2D) GaN for enhanced SRR electrocatalysis. Our results reveal that the key liquid-to-solid conversion step, Li₂S₄ → Li₂S, exhibits a linear correlation with the SRR overpotential, described by Based on the resulting volcano relationship, Pd@GaN and Cu@GaN emerge as the most promising catalysts, each exhibiting an overpotential of 0.43 V. Both single-atom catalysts remain thermally stable on the 2D GaN substrate and display strong adsorption toward high-order lithium polysulfides (Li₂Sₙ, n = 4, 6, and 8), with binding energies ranging from −1.81 to −2.99 eV, indicating excellent capability for suppressing the shuttle effect. These findings provide fundamental insights into the SRR mechanism on TM-doped 2D GaN and offer valuable design principles for developing high-performance single-atom catalysts for advanced Li–S batteries.

QM2C: Workshop on Quantum Mechanics to Computation
2026-06-29 09:00 - 2026-07-09 17:00
The School of Engineering and Sciences (SEAS) is organising a QM2C Workshop: “Physics Insights – Quantum Mechanics to Computation” from June 29, 2026 – July 09, 2026. This workshop, conducted as part of the Faculty Development Programme, will introduce essential concepts of quantum mechanics and explore how they underpin quantum computing, providing participants with a foundation for understanding quantum algorithms, quantum information, and the transformative potential of quantum technologies.
The workshop will feature a public lecture by Prof. Manik Banik of the S. N. Bose National Centre for Basic Sciences, and sessions covering a wide range of topics, including an introduction to the basic principles of quantum mechanics and quantum information theory, composite systems and entanglement, etc.
Registration Details
Registration link: https://forms.gle/X8spFEW2BMwQtdMy9
Students: ₹ 3,000/- (excluding GST)
Faculty: ₹ 5,000/- (excluding GST)
For more details on the QM2C workshop, visit – https://www.srmap.edu.in/qm2c/
For any queries, contact: qi2csrmap2026@srmap.edu.in.
