Research News

Dr Rajiv Senapati, Assistant Professor, Department of Computer Science and Engineering, along with Dharani Sabari, Ph.D. scholar has published a patent titled “A System And Method For Predicting Network Traffic in Next-Generation Cellular Networks” in the Patent Office Journal. Through their research, they introduced a new model that can predict traffic in networks more accurately while using fewer resources.

Abstract

This study shows a more advanced way to predict traffic in 5G networks. It does this by using a temporal attention mechanism along with a lightweight convolutional layer and hybrid attention layers. The model enhances prediction accuracy by focusing on the most relevant historical data to effectively capture complex traffic patterns. By assigning different weights to key data points, the attention mechanism ensures more precise forecasting. Experimental results indicate that the model outperforms baseline methods, achieving lower Mean Absolute Error (MAE) and Root Mean Square Error (RMSE) across three data services. With fewer parameters and reduced computational demands, the model is highly efficient and suitable for real-time applications. This approach offers a scalable and accurate solution to meet the evolving needs of next-generation cellular networks.

Explanation in Layperson’s Terms

In 5G networks, accurately predicting traffic is crucial to managing resources efficiently and ensuring smooth performance. This is especially important for advanced applications like video calls, virtual reality, and self-driving cars, which require fast response times and reliable connections. By estimating how much data will be used in advance, networks can prevent congestion and maintain consistent service, even during busy times. There are many ways to predict network traffic, but each method has strengths and weaknesses.

Through their research, they introduce a new traffic prediction model that combines two advanced techniques: lightweight convolution and a temporal attention mechanism. Lightweight convolution is a simplified machine-learning method that quickly identifies important patterns in data with minimal processing power. Meanwhile, the temporal attention mechanism captures how network traffic changes over time, identifying key trends and fluctuations. By combining these techniques, the model predicts traffic more accurately while using fewer resources. Tests indicate it outperforms traditional methods by providing more precise predictions with lower errors across three different types of network data. Its low computing power requirements and fewer parameters, make it faster and well-suited for real-time use in 5G networks. Their innovative approach offers a scalable and accurate solution to meet the growing demands of modern, data-heavy applications.

Practical Implementation/Social Implications of the Research

The invention has important applications in smart cities, self-driving vehicles, network resource management, and real-time traffic monitoring. It optimizes traffic flow, improves autonomous car navigation, efficiently manages network capacity, and provides navigation systems with up-to-date traffic data. The advantages include increased quality of service with low latency, energy savings through intelligent resource allocation, scalability to accommodate more connected devices, and better overall user experience with less congestion. These characteristics make the invention an appropriate solution for the rapidly growing 5G network environment, addressing significant challenges in modern traffic and network management.

Future Research Plan

The team will focus on enhancing the model for both 5G and emerging 6G networks by improving traffic prediction accuracy and efficiency. This includes optimising resource allocation and capacity estimation to better manage network demands. Future work will also integrate diverse data sources, such as IoT devices and satellite networks, to improve predictions across different environments. Additionally, efforts will be made to reduce computational costs, enable dynamic traffic adaptation during peak times, and explore advanced AI techniques like federated learning for secure, real-time forecasting. These advancements aim to ensure more reliable and efficient network performance as technology evolves.

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Dr Anil K Suresh, Associate Professor in the Department of Biological Sciences and Principal Investigator of the Bionanotechnology and Sustainable Lab, has achieved yet another feat with his ground-breaking work in sustainable nanoscience. His lab, committed to eco-conscious research, focuses on the sustainable synthesis of nanoparticles for applications in drug delivery, environmental remediation, and catalysis.

An outstanding accolade of his mentorship is the recent achievement of Dr Chandra Shekhar Bhatt, his former PhD student and Postdoctoral Scholar, who has secured the prestigious Fondecyt Postdoctoral Fellowship 2025 in Chile—ranking 4th globally and receiving over ₹85 lakhs in funding.

Under Dr Suresh’s guidance, their collaboration led to 12+ high-impact publications and global recognition, including features in C&EN, USA. Dr Suresh’s contributions span 64 Scopus-indexed papers, 27 book chapters, 4 books, 7 patents, and numerous fellowships and awards. Through his start-up, GreenGen Science Solutions, he champions scalable green innovations like the revolutionary “Jumbocatalyst” for hydrogenation reactions, “specfilm” for UV-spectroscopy, and “ultra-stable gold nanoparticles” transforming waste into eco-saving technologies.

Dr Anil K Suresh’s remarkable journey and the ripple effect of his visionary leadership inspire all researchers at the SRM AP community. Dr Chandra S Bhatt’s success in securing the prestigious fellowship is a testament to the high-quality research conducted at SRM AP.

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“Major Breakthroughs Are Realised When Your Approach Is Multidisciplinary” – Prof. Pramod K Varshney

SRM University-AP hosted the 21st edition of its University Distinguished Lecture (UDL #21). The coveted event saw the presence of the distinguished speaker Prof. Pramod K Varshney from the Department of Electrical Engineering and Computer Science, College of Engineering and Computer Science, Syracuse University, New York. The title of UDL 21, “Six Blind Men of Indostan: Theory and Application of Distributed Inference” elaborated on the use of sensors to collect data and its application in the areas of Security, Surveillance, Disease Detection, Military services and so on.

UDL #21 saw the presence of university leadership including Vice Chancellor, Prof. Manoj K Arora; Pro-Vice Chancellor Prof. Ch Satish Kumar; Registrar Dr R Premkumar; Dean-Research Prof. Ranjith Thapa, Deans of the three schools; faculty members; staff and students.

In his address, Prof. Arora lauded Prof. Varshney for his exceptional scholarship that goes beyond academia. He identified him as a great scholar and poetry enthusiast. Prof. Manoj K Arora underscored the importance of applying one’s research to real-world applications. He urged the attendees to integrate governance, industry, and academia to create wonders.

Prof. Pramod Varshney’s expertise in Signal Processing and Wireless Communications has helped in making remarkable contributions. During the lecture Prof. Varshney used the analogy of the blind men that described the elephant as various things. He stated that sensors are like blind men, their field of view is limited; the collective data inferred is then used to make decisions where the doctor tries to figure out the disease, the military commander on the action to take and so on.

Prof. Varshney also elaborated on how humans are also like sensors, sensors that work on biases. He stated that his research got him to experiment in diverse areas. He encouraged students to look for novel and innovative ideas to work on because “Major breakthroughs are realised when your approach is multidisciplinary.”

The session was followed by a ‘Q and A’ from students and faculty and culminated with the members of the leadership felicitating Prof. Varshney.

 

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Dr Abhijit Dasgupta, Assistant Professor from the Department of Computer Science and Engineering, has published his breakthrough research article titled “Turnover Atlas of Proteome and Phosphoproteome Across Mouse Tissues and Brain Regions” in the nature index journal Cell having an impact factor of 45.5.

Abstract

This study presents a comprehensive in vivo atlas of protein and phosphoprotein turnover across 16 mouse tissues and brain regions, integrating advanced mass spectrometry with stable isotope labeling. By mapping over 11,000 proteins and 40,000 phosphosites, the study reveals tissue-specific patterns of protein lifetimes, correlating them with abundance, function, and protein-protein interactions (PPI). It highlights how phosphorylation regulates protein stability and how turnover is linked to peroxisome function, ubiquitination, and neurodegeneration-associated proteins such as Tau and α-synuclein. This high-resolution resource enhances our understanding of proteostasis and dynamic protein regulation, providing new insights into tissue-specific physiology and disease mechanisms.

Explanation of the Research in Layperson’s Terms

All cells in the body continuously make and break down proteins. The balance of these processes—called protein turnover—is vital for keeping tissues healthy. But until now, scientists didn’t have a clear, detailed map of how protein turnover works across different tissues and brain regions.

In this study, researchers used advanced techniques to measure how long thousands of proteins and their phosphorylated (chemically modified) versions last in 16 parts of the mouse body. They discovered that some proteins, especially in the brain and heart, live much longer than others. They also found that proteins interacting with each other often have similar lifespans, and that specific chemical modifications like phosphorylation can either stabilize or destabilize key proteins—such as those involved in Alzheimer’s and Parkinson’s diseases.

The team created an online tool that lets other scientists explore this rich dataset. The findings can help understand tissue function better and may lead to new ways to treat diseases by targeting protein stability.

Practical Implementation/ Social Implications of the Research

Practical Implementation:

This turnover atlas provides a foundational resource for drug development and tissue-specific disease research. It supports AI-driven approaches to predict protein dynamics, aids in identifying long-lived disease-related proteins, like Tau and α-synuclein, and enhances biomarker discovery for neurodegenerative and metabolic diseases. The integrated tool Tissue-PPT allows researchers to explore and analyze protein lifespan and phosphorylation patterns across tissues.

Social Implications:

Understanding how proteins behave differently across tissues could help create more precise therapies for complex diseases such as Alzheimer’s, Parkinson’s, and cardiomyopathies. The dataset empowers researchers globally to explore protein turnover without relying heavily on animal experiments, advancing ethical and efficient biomedical research.

Collaborations

• Yale University School of Medicine, CT, USA
• St. Jude Children’s Research Hospital, TN, USA
• University Medical Center Göttingen, Germany
• University of Trieste, Italy
• West China Hospital, Sichuan University, China

Future Research Plans

The next phase will focus on AI-driven modeling of site-specific phosphorylation turnover in relation to disease phenotypes, using the Tissue-PPT dataset as a foundation. This includes integrating proteomics, phosphoproteomics, and transcriptomic data to refine our understanding of proteome regulation. Special attention will be given to how phosphorylation modulates the stability of neurodegenerative disease proteins and the development of targeted dephosphorylation therapeutics (e.g., PhosTACs).

This research aims to inform personalised interventions and identify novel therapeutic targets by understanding how tissue-specific protein lifespans are regulated under physiological and pathological conditions.

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Dr Debajyoti Kundu, Assistant Professor at the Department of Environmental Science and Engineering in his research paper, Pharmaceuticals and Personal Care Products in Soil: Sources, Impacts and Myco-remediation Strategies, speaks of the innovative solutions to tackle contamination of soil. Dr Kundu’s research focuses on leveraging natural processes of fungi to promote sustainable environmental management.

Abstract:

Bioremediation is a sustainable approach for mitigating pharmaceutical and personal care product (PPCP) contamination in soil. This review highlights mycoremediation as an advanced fungal-based strategy for PPCP degradation. Fungi possess unique enzymatic pathways and metabolic diversity, allowing them to break down persistent pollutants in challenging environmental conditions. The paper discusses key fungal species, enzymatic mechanisms, environmental factors influencing degradation efficiency, and innovative biotechnological approaches such as myco-nanotechnology and enzyme engineering. By integrating these advancements with circular economy principles, this research underscores fungi’s role in sustainable environmental management.

Explanation in layperson’s terms:

Pharmaceuticals and personal care products (PPCPs), such as medicines, soaps, and cosmetics, often end up in the soil through wastewater and agricultural runoff. These chemicals persist in the environment, harming ecosystems and potentially entering our food supply. Our research explores how fungi, nature’s recyclers, can help clean up these pollutants. Certain fungi produce special enzymes that break down harmful substances into harmless compounds. By harnessing this natural process, we propose eco-friendly solutions to reduce pollution and protect soil and water quality for future generations.

Practical and Social Implications:

Mycoremediation offers a sustainable, cost-effective solution for removing PPCPs from soil, protecting water quality, and reducing human exposure to contaminants. By preventing pollutant uptake in crops, it enhances food safety and supports sustainable agriculture. This research also informs policies on wastewater treatment and pollution control, promoting eco-friendly remediation technologies for environmental and public health protection.

Collaborations:

This research is a collaborative effort involving experts from:

• Voice of Environment (VoE), Guwahati, Assam
• University of North Bengal, Darjeeling, West Bengal
• RCC Institute of Information Technology, Kolkata
• Sukanta Mahavidyalaya, University of North Bengal, Dhupguri, West Bengal
• SPMR College of Commerce, Jammu
• SRM University-AP, Andhra Pradesh
• CSIR – National Environmental Engineering Research Institute (CSIR-NEERI), Nagpur, India

Future Research Plans:

Future research will focus on scaling up my coremediation for field applications, optimizing fungal enzyme efficiency through enzyme engineering, and exploring microbial consortia for enhanced pollutant degradation. Myco-nanotechnology will be further developed to improve fungal stability and reusability. Additionally, studies will assess long-term soil health impacts and support policy frameworks for integrating fungal bioremediation into wastewater treatment and agricultural practices.

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The patent titled, System and Method for Detecting a Face Mask on the Face of a Person with application number: 562697 by Assistant Professor, Dr Anirban Ghosh and his students from the department Ms J Keerthi Tanvitha, Ms K Poojitha, Ms T Pallavi Sri, has come up with a novel idea that focuses on developing a system and method for detecting face masks on individuals before they enter a gated space. Their research uses image capture, face detection, mask-wearing verification, and temperature sensing to ensure compliance with health and safety protocols.

Brief Abstract

The research focuses on developing a system and method for detecting face masks on individuals before they enter a gated space. The system integrates image capture, face detection, mask-wearing verification, and temperature sensing to ensure compliance with health and safety protocols. It utilizes artificial intelligence and sensor technology to determine whether a person is wearing a mask correctly and allows or denies entry based on preset criteria. The system also includes an aliveness detection module to ensure that a real person is being scanned and prevents tampering or spoofing.

Explanation in Layperson’s Terms

Imagine you are entering a building where you must wear a mask and have your temperature checked. Instead of a security guard manually checking each person, this system does it automatically and without contact.

Here’s how it works:

• A camera captures your face as you approach the entrance.
• A software program checks if you are wearing a mask correctly (covering your nose and mouth).
• A temperature sensor scans your body temperature.
• If your mask is worn properly and your temperature is normal, the door opens and you can enter.
• If you are not wearing a mask correctly or have a high temperature, an alert is triggered, and entry is denied.

This system is especially useful in hospitals, offices, schools, airports, and malls to ensure safety without requiring human intervention.

Practical and Social Implications

This system plays a crucial role in public health by ensuring compliance with mask-wearing protocols, especially in high-traffic areas like hospitals, offices, and airports. By automating the detection process, it reduces reliance on manual checks, minimizing human error and lowering exposure risks for security personnel. Additionally, it streamlines entry procedures, preventing congestion at access points. While the technology enhances safety, it also raises concerns about privacy and data security, making it essential to implement ethical safeguards. Beyond COVID-19, this system can be adapted for future health crises requiring similar preventive measures.

Future Research Plans

Future improvements will focus on enhancing accuracy using AI to recognize different mask types and improve real-time detection. Expanding the system to include biometric health screening, such as cough detection and respiratory analysis, could make it a broader health monitoring tool. Integration with facial recognition and automated access systems will further strengthen security applications. Additionally, optimizing the system with edge computing will enable faster, more efficient processing. As the need for contactless health monitoring grows, refining this technology will ensure its continued relevance beyond COVID-19.

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Professors, Dr Manikandan V M and Mr Shaik Johny Basha from the Department of Computer Science and Engineering along with their B.Tech. students Ms Aafrin Mohammad and Ms Rohini Sai Pasupula have published the patent titled, “A System And A Method For Adaptive Invisible Watermarking In Social Media Images.” Their patent introduces a novel method for securing photo downloads, ensuring that any unauthorised use of the images can be traced back to its original source if tampered with.

Abstract:

The invention presents a System and Method for Adaptive Invisible Watermarking in Social Media Images to enhance digital privacy and copyright protection. The proposed system integrates advanced invisible watermarking technology to embed unique, imperceptible metadata into images. When users attempt to download or screenshot images from social media, the system automatically adds a hidden watermark containing identifying details such as IP address, Date, Time, and Location. This ensures that any unauthorized use of the images can be traced back to the source. By combining image processing, data encryption, and digital rights management, this system provides a robust solution for protecting online images without affecting their visible quality.

Explanation in Layperson’s Terms:

In today’s digital world, people frequently share personal photos on social media, but there is very little protection against unauthorized downloads or screenshots. Once an image is copied, there is no way to track who took it or where it is being used. Through their invention, the team solves this problem by embedding a hidden watermark in images without changing how they look. This hidden watermark automatically adds invisible information such as the IP address, location, date, and time of the user who downloads or screenshots the image. This means that if the image is misused or shared without permission, it can be traced back to the source. By combining image editing techniques, encryption, and digital security, they ensure that people’s photos remain safe and trackable online. Hence, the invention provides a new way to protect privacy and copyright while allowing users to engage freely on social media.

Practical and Social Implications:

The proposed Adaptive Invisible Watermarking System can be practically implemented using a combination of image processing algorithms, digital watermarking techniques, and cloud-based metadata storage. Below are the key steps in its real-world application:

• Integration with Social Media Platforms: The system can be embedded in social media platforms like Facebook, Instagram, X, and LinkedIn to automatically apply invisible watermarks containing metadata (IP address, timestamp, location, etc.) to uploaded images without altering their visual appearance.
• Automatic Watermarking During Downloads or Screenshots: When a user downloads or screenshots an image, the system automatically applies a second layer of invisible watermarking that includes identifying information of the downloader, ensuring every image copy has a unique identifier for traceability.
• Forensic Tracking and Copyright Protection: If an unauthorized user shares or misuses an image, the embedded watermark can be extracted using forensic tools to trace back to the original downloader, aiding in copyright enforcement, digital rights management (DRM), and legal actions against unauthorized distribution.
• Security and Privacy Features: The system can implement blockchain technology to securely log watermark data, ensuring tamper-proof verification, and provides users the option to control watermarking settings based on their privacy preferences.
• Prevention of Image Misuse and Cybercrime: The system reduces cases of identity theft, deepfake creation, and revenge porn by enabling traceability of unauthorized image usage, helping protect individuals from stalking and cyber harassment.
• Enhanced Digital Privacy and Ownership Rights: Users are empowered to maintain ownership of their photos even after sharing them on social media, encouraging ethical content sharing while discouraging unauthorized downloads.
• Impact on Content Creators and Businesses: Artists, photographers, and digital content creators can protect their work from theft or unauthorized republishing, while influencers and businesses can safeguard their brand assets and prevent content duplication.
• Legal and Ethical Implications: The system encourages social media companies to take responsibility for user content protection and supports law enforcement in tracking down offenders involved in image-based cybercrimes.

Future Research Plans:

• AI-Powered Watermarking and Deep Learning for Image Security
• Blockchain-Based Digital Rights Management (DRM) for Image Ownership
• Cross-Platform Compatibility & Social Media API Integration

Link to publication: https://search.ipindia.gov.in/IPOJournal/Journal/Patent

 

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Academicians, research scholars, and social scientists from renowned institutions across the world assembled at the two-day international conference on “Democracy’s Undoing: South Asia and its Polities” hosted by SRM AP on March 20-21, 2025, to explore the pressing issues and challenges faced by various democracies in South Asia. The conference organised under the aegis of the Department of Political Science, Easwari School of Liberal Arts, explored the concept of democracy and its relevance to the current political landscape in South Asia.

Prof. Vishnupad, Dean – Easwari School of Liberal Arts set the tone for the conference in his welcome address. He deliberated on various aspects of democracy and shared the vision behind Easwari School of Liberal Arts, now home to seven vibrant departments, each oriented towards the holistic growth of its students— intellectual, emotional, and ethical. Dr Idris Hassan Bhat, Assistant Professor of the Department of Political Science and the convener of the conference, addressed the resilience of democratic ideals in South Asian nations.

Prof. Ashok Acharya, from the Department of Political Science, University of Delhi, delivered the first keynote session on the contextual explorations of liberalism. He examined liberal values and how they align with democracy in today’s complex political climate. Tracing the relationship between liberalism and democracy, Prof. Acharya stated, “The 20th century saw democracy take root as a regime, while liberalism functioned as a guiding ideology with an emphasis on liberty, self-governance, and diversity.” He elaborated on the significance of ‘dissensus’ in a liberal democratic society.

The second keynote address welcomed Dr Kurt Annen, a Professor of Economics at the University of Guelph, Ontario, Canada, who offered a global perspective on democracies. One of the central themes of the lecture was the challenge of establishing a clear causal relationship between democracy and economic growth. He also highlighted the importance of understanding the mechanisms through which democracies may foster economic development.

The conference also featured thought-provoking panel discussions, roundtable sessions, and paper presentations on various topics, ranging from Religious Nationalism and Homeland Fantasies in South Asia to the State of Minorities in South Asia to the Challenges of Inequality and Poverty to Democracy, that provided intense academic engagement and fresh perspectives for the participants and students at the Easwari School of Liberal Arts.

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Prof. Bikku R, Assistant Professor and Head of the Department of Sociology and Anthropology, examines in his research paper, “Religion and Ecology: A Study on the Religious Beliefs and Practices in Conserving Ecology and Adapting to Climate Change Among the Bishnois of the Thar Desert in Rajasthan, India,” the environmental practices and knowledge of the Bishnoi community in Khejarli Village, Jodhpur. He highlights the connection between these local communities and their crucial role in conserving the region’s flora and fauna, as well as their efforts in combating climate change.

Abstract

Climate change is a global issue with diverse regional impacts threatening the survival of both human and non-human species. While the academic discourse on climate change predominantly focuses on macro-level studies, it often neglects the vital role of local environmental practices and the perspectives of affected communities. This paper presents insights from ethnographic fieldwork conducted among the Bishnoi community in Khejarli Village, Jodhpur, in the Thar Desert of India. This study utilizes participant observations, semi-structured interviews, focus group discussions, and case studies to explore local environmental knowledge and practices aimed at mitigating and adapting to climate change. Findings reveal the Bishnois’ deep-rooted relationship with nature and the pivotal role of religious beliefs in shaping their conservation efforts. Since the 15th century, the Bishnois have been committed to protecting local species, such as plants and animals, which has been crucial for sustaining the desert ecosystem and combating climate change. Moreover, their religious teachings and principles have helped conserve values among younger generations, ensuring a lasting culture of environmental stewardship. This paper supports integrating micro-level ethnographic studies into global climate change dialogues, urging the recognition of local knowledge as an essential resource for addressing contemporary environmental challenges

Practical and Social Implications:

“The Bishnois’ enduring commitment to protecting wildlife and their natural surroundings demonstrates that integrating local, religious, and cultural values can help mitigate both natural and human-induced climate change. Expanding research on local communities’ ecological knowledge and conservation practices is essential for challenging contemporary climate change impacts. While global awareness is necessary, it is equally important to understand and support the valuable contributions of local communities in combating climate change. We can develop more effective, culturally relevant solutions to global environmental challenges by embracing these contributions”.

Future Research plan:

Dr Bikku is preparing to write a book on The Bishnoi Religion and Ecological Conservation

Link to the article

 

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“I object to violence because when it appears to do good, the good is only temporary; the evil it does is permanent.”, this quote by Mahatma Gandhi serves as a stark reality that war leaves individuals grappling in severe trauma. Dr Aswathy Gopi, an Assistant Professor at the Department of Psychology, explores this impact in her research paper titled “Effectiveness of Psychological Interventions for Mental Health Problems Among War Refugees: A Systematic Review and Meta-Analysis.” Her paper sheds light on the profound effects of war on the mental health of refugees, emphasising the need for tailored approaches to support their psychological well-being.

Abstract:

War and displacement have led to a global mental health crisis, with 117.3 million individuals displaced and one in five refugees experiencing psychological distress. Despite the availability of psychological interventions, their overall effectiveness remains unclear. This systematic review and meta-analysis evaluate the impact of psychological interventions on war refugees’ mental health. A comprehensive search of PubMed, Web of Science, APA PsycNET, ScienceDirect, and Google Scholar (July 2024) identified 21 studies for systematic review and eight randomized controlled trials for meta-analysis. The results indicate a significant medium effect size of psychological interventions (SMD = -0.69, 95% CI: -0.87, -0.51, p < .00001), with in-person interventions showing a large effect (SMD = -1.03) and telehealth interventions demonstrating a small effect (SMD = -0.44) in reducing the mental health issues among war refugees. Findings support the effectiveness of psychological interventions, emphasizing the need for further research on digital mental health solutions to enhance accessibility for war refugees.

Explanation in layperson’s terms

War forces millions of people to leave their homes, and many of them experience severe stress, anxiety, and depression. In fact, one in five refugees struggles with serious mental health problems. While various psychological therapies exist to support them, it is unclear how effective they truly are. The current review identified the available in-person as well as telehealth-based psychological interventions that help war refugees in addressing their mental health conditions using evidence from 21 studies. A statistical examination of eight high-quality trials found that psychological support significantly helps refugees in reducing mental health issues. Although face-to-face therapy was reported to be the most effective, online therapy also demonstrated positive results, with a smaller effect. Given the limited number of studies on digital interventions, further research is warranted due to factors like displacement and limited healthcare resources of war refugee.

Practical Implementation and Social Implications

Psychological interventions involving both in-person and telehealth showed effectiveness for mental health problems among war-refugees. Policy makers and intervention developers should provide keen attention while designing interventions for mental health issues of war refugees as their challenges are distinct from other refugees and the general population. Further, the government and healthcare authorities can aim for adopting hybrid models integrating both telehealth and in-person interventions for the effective management of mental health problems of war refugees.

Collaborations

This secondary analysis was conducted in collaboration with Indian Institute of Technology Bhilai, Chhattisgarh.

Future research plans

Dr Aswathy Gopi is currently working on positive organisational health, with several research works under review in reputed high-impact journals. The research primarily explores organisational effectiveness and mental health outcomes across various populations. She is also collaborating with IITs and central universities to conduct both primary and secondary research in this domain.

The link to the article
https://doi.org/10.1016/j.psychres.2025.116432

 

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