Latest research and knowledge exchange news at Bournemouth University
Congratulations to Joanne Rack, who is currently undertaking Bournemouth University’s four-year clinical doctorate, on the publication is week in the Canadian Journal of Midwifery Research and Practice. The latest paper “Mapping the Landscape of Canadian Midwifery Research” is Open Access and freely available online. The paper reports on a nation-wide study led by an inspiring team of midwifery researchers exploring the current landscape of midwifery research in Canada—identifying both its strengths and urgent gaps. With insights from over 200 stakeholders, this research calls for enhanced funding, mentorship, and research capacity to advance midwife-led, person-centered care.
Profs. Vanora Hundley & Edwin van Teijlingen
Centre for Midwifery & Women’s Health
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Imagine abandoning one social media app only to find yourself at the center of an unexpected global movement against racism. That’s exactly what happened when American TikTok users, temporarily locked out of their favorite platform due to the U.S. ban in January this year, migrated en masse to the Chinese social media site RedNote. They called themselves “TikTok refugees”. But no one predicted what came next: this mass shift became an unlikely force for dismantling racism, particularly anti-Chinese sentiment. RedNote, instead of just being a backup app, turned into a rare space for cultural exchange, solidarity and cross-community support.
Some anti-racism strategies are universal across social media—sharing personal stories, expressing anger, frustration, or grief. One of the most powerful moments came from a video titled “我们是一家人 WE ARE THE WORLD” by Chinese user roxycat 猫姐(内敛优雅版). In the video, she breaks down in tears recalling past and present experiences of racism, pleading for “less discrimination and more understanding”. Posted on January 19, the video amassed 149K likes and 18K comments by March 18—not just from Chinese users, but from Americans and other western users who actively engaged with her message. This wasn’t just another viral video. It was a digital reckoning which forced people to acknowledge racism head-on.
On TikTok, anti-racism discussions usually follow a pattern: victims share experiences, and allies respond with support or calls to action. But RedNote—perhaps because it’s a Chinese-centric space—created a different dynamic. Instead of simply reacting, non-Chinese users became active participants in cultural exchange. They were not just acknowledging racism; they were learning, engaging and reshaping their own perceptions.
Take Chinese food, for example. Instead of the tired, racist stereotypes that have long plagued perceptions of Chinese cuisine, new non-Chinese RedNote users started cooking traditional dishes, sharing their attempts online, and celebrating them. A stark contrast to the COVID-19 era, when Chinese restaurants faced boycotts and xenophobic attacks.
Then, there was humour. If there’s one way to deflate a racist narrative, it’s to mock it. The U.S. government justified the TikTok ban over national security concerns—so what did users do? They leaned in. A viral video by user Conner Frost joked about reuniting with a “Chinese spy” on RedNote, to which Chinese users cheekily responded that they were only interested in stealing pictures of American users’ pets. This playful subversion of xenophobic narratives underscores how humour can be a tool for dismantling harmful stereotypes rather than reinforcing them.
The question now is: does this camaraderie have staying power? Two months on from the ban, will American users stick around or will they ditch RedNote now that TikTok is back in full force? Right now, engagement is holding strong. As of March 18, the hashtag #tiktokrefugee had racked up 44.8 million posts on RedNote, with many users openly stating they have no plans to leave. Even users from countries with no TikTok bans, like the UK and Italy, are jumping on board. But at the same time, RedNote’s ‘For You’ page is shifting back to its usual content rather than being dominated by posts from the new users, suggesting the novelty might be wearing off. Will this be a lasting migration or just a temporary detour?
One thing is certain: the walls between Chinese social media and the rest of the world have cracked open. And that matters. Social media is often blamed for fueling division, but RedNote has proven it can also be a bridge. The challenge now is to take this beyond the screen—to turn fleeting digital moments into long-term change.
The migration to RedNote started as a reaction to political and economic chaos, but it became something far more powerful. It showed what happens when communities connect—not because an algorithm tells them to, but because of genuine curiosity and shared human experience. If we’re smart, we won’t let that go to waste.
Dr. Xin Zhao, Principal Academic in Media and Communication at Bournemouth University

Imagine you are trying to protect a ship’s engine from rust, a jet turbine from extreme heat, or a wind turbine from relentless sea spray. All of these challenges have one thing in common: harsh environments that wear down materials over time. That is where nanocomposite coatings come in, doing a big job to make our technology last longer, run smoother, and stay safer.
They are protective layers made from materials that include nanoparticles. Super tiny particles that can enhance strength, reduce wear, and resist corrosion better than traditional coatings. These coatings are applied to surfaces that need to survive tough conditions, such as extreme temperatures, high pressure, salty water, and friction.
Professor Zulfiqar Khan, who leads the NanoCorr, Energy & Modelling (NCEM) Research Group at Bournemouth University focuses on finding smart, sustainable ways to protect machines and components, especially those in energy, aerospace, and marine sectors.
Machines that break down due to corrosion or wear are not only expensive to fix they also waste energy and resources. If we can improve how surfaces handle friction and corrosion, we can: (1) Extend the life of machines and vehicles, (2) Increase energy efficiency, (3) Reduce maintenance costs and (4) Improve safety and reliability.
Nanocomposite coatings are a new frontier in this mission. Researchers like Khan and his collaborators are developing new models to help understand how these coatings behave and fail. This is important because knowing when and how a coating will degrade allows engineers to improve the formula before something goes wrong in the real world.
Two of the most important tools developed by the team are:
Khan-Nazir Model I: Cathodic Blistering
Imagine a protective layer (the coating) on a surface starting to bubble or blister when exposed to water or salt. This model helps predict how that bubbling happens due to pressure under the surface. It looks at things like the coating’s thickness and elasticity to determine when it might fail.
Khan-Nazir Model II: Wear-Corrosion Interaction
This model deals with the damage caused when friction and corrosion happen at the same time as when gears grind under contaminated lubricant or oil mixed with seawater. It calculates how quickly the material will wear down, helping engineers design better coatings to resist it.
The coatings are put through their paces in labs using machines that mimic real-world conditions: (1) Rubbing surfaces together to measure friction, (2) Exposing them to seawater to simulate marine environments, and (3) Combining heat, pressure, and corrosion to see how they react over time.
The results are then plugged into these models to see how accurate the predictions are. This is called experimental validation, and it is how science moves from theory to real-world application.
Work Featured on NIH Gov Website
NCEM work is not limited to mechanical and interacting systems. They have been studying other significant applications in terms of drug delivery systems, “CuO Bionanocomposite with Enhanced Stability and Antibacterial Activity against Extended-Spectrum Beta-Lactamase Strains”. Bacterial resistance to beta-lactam antibiotics is a growing global health concern. As an alternative, scientists have explored metal-based nanoparticles, but their instability has limited their use. In this study, Professor Khan and his team have developed a simple and eco-friendly method to create stable nanocomposites without using harmful chemicals. They combined naturally sourced copper oxide with glycerol and phospholipids from egg yolk in the right proportions.
Tests showed that the new particles were stable, averaging about 59 nanometres in size. The presence of phospholipids helped improve their stability. The antibacterial ability of the nanocomposites was tested against drug-resistant bacteria, and they proved to be effective, even at low concentrations (62.5 µg/mL).
These results suggest that the new nanocomposite could be a promising tool for fighting resistant bacteria and could be useful for delivering antibiotics more effectively in the future. Therefore, due to significant potential in biotechnology applications, Khan and team editorial, “Development of Nanocomposite Coatings”, has been featured on NIH Gov website.
Innovations, Applications, and What’s Next
The research does not stop with just applying a basic coating. Scientists are now:
Another exciting development is the use of tiny sensors built into coatings. These can monitor damage or degradation in real-time, allowing for predictive maintenance before things go wrong.
Nanocomposite coatings are being used or tested in Oil rigs and marine vessels, Wind turbines and solar panels, Jet engines and spacecraft, Biomedical devices like implants and Industrial pipelines and automotive parts.
Professor Khan’s team continues to explore how to make these coatings smarter, more sustainable, and more adaptable. Their models are being refined to handle even more complex environments, and their lab techniques are helping industries reduce waste, cut costs, and stay competitive in a world where materials need to do more with less.
Nanocomposite coatings might sound technical, but their impact is simple, they protect the things we rely on every day. These advanced nanocoatings are helping industries become more efficient, eco-friendly, and durable, one nano-layer at a time.
The NanoCorr, Energy & Modelling (NCEM) Research Group, led by Professor Zulfiqar Khan at Bournemouth University, has made pioneering developments in the field of thermal energy storage, an area critical to the future of renewable energy. Their groundbreaking work in enhancing the performance of latent heat storage systems using phase change materials (PCMs) has been featured on the International Atomic Energy Agency (IAEA) website—marking a prestigious global endorsement of their innovations in clean energy technologies.
A Leap Toward Sustainable Energy
As the world shifts from fossil fuels to renewable sources, the ability to capture and store energy efficiently is a central challenge. PCMs—materials that absorb and release heat during phase transitions (like melting and solidifying)—offer an ingenious solution. NCEM’s research focuses on improving these materials’ thermal conductivity, stability, and compatibility with various containers, making energy storage more efficient, stable, and commercially viable.
Their study reviews and categorises organic paraffins and inorganic salt hydrates, the most promising groups of PCMs, highlighting enhancements like encapsulation, multi-PCM integration, and advanced container geometries. These techniques significantly boost energy capture rates and storage capacity, making clean energy more practical for widespread use.
Real-World Impact and Innovation
Backed by five industry-funded and match-funded projects, NCEM’s efforts have not only led to commercial patents in the UK and USA, but have also influenced engineering solutions for solar heating, industrial heat recovery, and smart building technologies. These contributions align strongly with several United Nations Sustainable Development Goals (UNSDGs):
Goal 7: Affordable and Clean Energy
Goal 9: Industry, Innovation, and Infrastructure
Goal 12: Responsible Consumption and Production
Goal 17: Partnerships for the Goals
Global Recognition: Why the IAEA Feature Matters
The International Atomic Energy Agency (IAEA), an influential global body under the United Nations, works to promote the peaceful use of nuclear and clean energy technologies. Being featured on their platform is a significant milestone—it underscores the global relevance, technical merit, and strategic value of Professor Khan’s research. It also places Bournemouth University and NCEM at the heart of international discussions on sustainable energy systems.
This acknowledgment by the IAEA is a testament to the NCEM team’s commitment to tackling real-world problems with innovative science. It further demonstrates the potential of UK-led clean energy solutions to contribute to a low-carbon, energy-secure future for all.
A Bright Future for Clean Energy
The research led by Professor Zulfiqar Khan exemplifies how innovative materials science and engineering can drive change on a global scale. With continued support and collaboration between academia and industry, NCEM is set to play a pivotal role in accelerating the transition to clean, resilient energy systems worldwide.
Acknowledgements: Dr Zakir Khan (NCEM ex PGR/ Post Doc) and Professor A Ghafoor.
BU research , led by PhD graduate Dr. Assemgul Kozhabek and Dr. Wei Koong Chai, on characterising efficiency of road networks in big populous cities around the world was covered by the Times of India, the world’s largest selling English-language daily in the world. The article reported the findings from BU’s work, specifically highlighted its insights into the structure, properties and efficiency of road networks in relevant cities in India.
Article: “Study rates ‘efficiency’ of city road network” March 17 2025, https://timesofindia.indiatimes.com/city/ahmedabad/study-rates-efficiency-of-city-road-network/articleshow/119086477.cms.
Bournemouth University (BU) has collaborated with the University of Exeter on modelling innovation adoption diffusion. The work, led by Dr. Wei Koong Chai in BU, draw on the epidemic theory and model the diffusion dynamics considering (1) the role of network structures in dictating the spread of adoption and (2) how individual’s characteristic/capability influences the path of diffusion (e.g. an individual may have different attitude or ability towards adopting a new innovation). A positive adoption decision is related to the number of neighbors adopting the innovation. The neighbors decisions are, in turn, dependent on their own neighbors and so, it forms a complex cascading inter-dependent relationship between the different individuals in the network. As such, each node in the network is unique and its relevant adoption rate must be considered separately conditioned with the activities occurring in the network over time.
The model offers insights into how the network spectrum affects the innovation exposure rate and spreading of innovation individually and across communities with different adoption behaviours. It also illustrates the effects of the embedded social structure and the characteristics of individuals in the network on the path of innovation diffusion via two use cases: (i) innovation adoption of EU countries in a Single Market Programme and (ii) innovation adoption of specific class of technology (specifically financial technologies (FinTech)).
Reference:
Duanmu, JL., Chai, W.K. Modelling innovation adoption spreading in complex networks. Appl Netw Sci 10, 10 (2025). https://doi.org/10.1007/s41109-025-00698-8
Women’s Health is now firmly on the Dorset map [i.e. online]. The new website, produced by Dorset Women CIC in conjunction with the NHS in Dorset, Bournemouth University, clinicians and the public, raises awareness of local community services. The website also provides resources to empower people with an interest in women’s health to make informed decisions about women’s mental and physical well-being. This is expected to improve access and quality of care – a priority identified by women – and ease pressures on the NHS.
Prof. Vanora Hundley and Carol Clark from the Centre for Midwifery and Women’s Health and colleagues from the Centre for Wellbeing and Long-Term Health have been central to the development of the website. There is an opportunity to hear about how we have been involved on Thursday 24th April 2025, where Bournemouth University’s academics Linda Agyemang and Sarah Hillier will present.
If your are interested, you can registered to attend the event here.
This year’s annual conference of BNAC (Britain-Nepal Academic Council) will be held on April 24-25 at Liverpool John Moores University. Dr. Pramod Regmi, Principal Academic in International Health in the Department of Nursing Sciences, will be a panellist on a Round Table discussion on the topic of ‘The Hidden Burden of Migration: Struggles of Nepalese Labour Migrants from Departure to Return’.
This contribution is inspired by history of BU research into the health and well-being of migrant workers from Nepal by Dr.Regmi, Dr. Nirmal Aryal, Dr. Orlanda Harvey, Prof. Edwin van Teijlingen as well as Bournemouth University PhD students Yagya Adhikari and Anjana Regmi Paudyal. Dr. Regmi’s more recent publications on the topic include papers on: modern slavery [1], kidney disease [2-4], pre-departure training of aspiring migrant workers in Nepal [5], moral panics and societal fear around migrant workers and COVID-19 [6-7], Nepalese migrant workers in Malaysia [8-9], left-behind families of migrant workers [10], migrant workers and the 2022 FIFA male football world cup [11-12], Nepalese migrants in the UK [13] as well as literature review [14].
Bournemouth University is further involved in two presentation originating from the project studying the impact of the introduction of federalisation in Nepal on its health system. Details about our project are on the website Nepal Federal Health System Project. This study was funded by the UK Health Systems Research Initiative [Grant ref. MR/T023554/1] to study the consequences for the health system of Nepal’s move from a centralised political system to a more federal government structure in 2015.
Our interdisciplinary joint project was led by the University of Sheffield in collaboration with Bournemouth University, the University of Huddersfield, Canterbury Christ Church University and two institutions in Nepal, namely Manmohan Memorial Institute of Health Sciences (in Nepal) and PHASE Nepal. In late 2022 further funding was awarded by
the Medical Research Foundation to Prof. Julie Balen, from Canterbury Christ Church University, to disseminate the findings of our UK Health Systems Research Initiative-funded research in Nepal. These two papers will be presented by our collaborators, namely Prof. Julie Balen of Canterbury Christ Church University and Ms. Amshu Dhakal from Manmohan Memorial Institute of Health Sciences in Kathmandu, Nepal.
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Today ResearchGate informed us that our 2010 paper ‘Women’s autonomy in household decision-making: A demographic study in Nepal‘ [1] has been read 5,000 times. This academic paper published in the international journal Reproductive Health is Open Access, hence available to anybody globally with internet access. The study explored the links between women’s household position in Nepal and their autonomy in decision making. Using existing data (n = 8,257) from the Nepal Demographic Health Survey (NDHS) 2006 we (Dr. Pramod Regmi and Prof. Edwin van Teijlingen with colleagues from other UK universities) focused on four types of household decision making: (1) women’s own health care; (2) making major household purchases; (3) making purchase for daily household needs; and (4) visits to her family or relatives.
We found that women’s autonomy in decision making is positively associated with their age, employment and number of living children. Women from rural area and Terai region (the southern part of Nepal bordering India) have less autonomy in decision making in all four types of outcome measure. There is a mixed variation in women’s autonomy in the development region across all outcome measures. Western women are more likely to make decision in own health care (1.2-1.6), while they are less likely to purchase daily household needs (0.6-0.9). Women’s increased education is positively associated with autonomy in own health care decision making (p < 0.01), however their more schooling (school-leaving certificate and above) shows non-significance with other outcome measures. Interestingly, rich women are less likely to have autonomy to make decision in own healthcare.
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Most people only really think about the processes involved doing a PhD study when they are doing their own unique research project at one specific university. It is often only when talking to other PhD students at a conference or listening to their supervisors reminiscing about doing theirs at a different university and in a different time, that they realise there are important differences in processes between universities, and even across disciplines within universities. This is true both nationally and globally. These differences can exist at many different stages of the PhD and Bournemouth University academics have written about several of these differences within a national context (1-6). 
PhD aspects can differ from the start, e.g. the expected format of a PhD proposal (5) to the very end, e.g. possible outcomes of a viva (4), or whether the PhD includes clinical or practice components to help bridge the gap between academia and practice (2). Variations across universities also occur in the expected layout and format of the theses (1), or the way supervisors are expected to supervise by different universities (3), or the format or timing of transfer or progress viva(6).
You might ask why this uniqueness of the postgraduate research journey matters? We argue that academics need to celebrate the diversity of the PhD process and of our postgraduate research students and recognise that excellent research can be achieved in different ways. A personalised process can ensure that postgraduate students are successful in achieving their goals.
Dr. Orlanda Harvey, Prof. Vanora Hundley, Dr. Vincent Marmion, Dr. Pramod Regmi, Prof. Edwin van Teijlingen
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A team of researchers from Bournemouth University (Dr Terri Cole, Dr Louise Oliver, Dr Orlanda Harvey, Anisha Sperrin and Dr Jane Healy) are working with BCP Council on a Perpetrator Programme Review Project- This project aims to review local, national and international programmes for perpetrators of domestic abuse and literary review, alongside stakeholder engagement to make recommendations of a best practice model for a perpetrator programme.
The project is mentioned in one of three draft strategy documents that are out for public consultation.
“The three proposed strategies are as follows:
The draft Preventing Domestic Abuse Strategy 2025-2030 is the overarching strategy to our response to domestic abuse across the BCP area, detailing our proposed priorities and how we aim to take our plans forward with partnership agencies.
The draft Domestic Abuse Safe Accommodation Strategy 2025-2030 is focused on the provision of safe accommodation in the BCP area for survivors of domestic abuse who need support around their housing needs.
The draft Domestic Abuse Perpetrator Strategy 2025-2030 is focused on how we respond to perpetrators of domestic abuse across the BCP area. The strategy aims to prevent people from perpetrating domestic abuse, thereby preventing the harm caused to individuals, children and society.”
Here is the link to the consultation webpages, there is the option to consult on all or some of the three strategies.
https://haveyoursay.bcpcouncil.gov.uk/domestic-abuse-strategies
The Department of Design and Engineering at Bournemouth University has a reputation for its Human-Centred Design (HCD) work. In our interdisciplinary Sonamoni project we have HCD at its centre. The Sonamoni project is coordinated by Bournemouth University in collaboration with the University of the West of England (Bristol), the University of Southampton, and the Royal National Lifeboat Institution (RNLI), Design Without Border (DWB) in Uganda and Centre for Injury Prevention and Research, Bangladesh (CIPRB). The interdisciplinary team at Bournemouth University covers three faculties and six academics: Dr. Mavis Bengtsson, Dr. Kyungjoo Cha, Dr. Mehdi Chowdhury, Dr. Yong Hun Lim, Mr. John Powell, and Prof. Edwin van Teijlingen.
Last month two staff from CIPRB, Notan Chandra Dutta and Mirza Shibat Rowshan visited DBW in Uganda, as part of so-called South-South learning. Their objective was to share (1) knowledge and experience of using HCD techniques and (2) best practices of drowning prevention in both countries. Utilizing HCD techniques, Sonamoni is working to identify and prioritize potential solutions, develop prototypes, and assess the acceptability of the interventions to reduce drowning deaths among old children under two in Bangladesh.
During the visit, Notan and Shibat participated a four-day ideation workshop with the fisher community near Lake Victoria, organized by DWB. In the workshop, different HCD tools were used along with other group activities to generate and refine ideas for the solutions. The generated ideas were recorded by visualization tools. Notan and Shibat also attended a session on the principles of creative facilitation of HCD, including the need to understand the problem, role of the facilitator and other stakeholders. Various visualization tools were discussed, e.g. ‘journey maps’, ‘stakeholder map’, ‘context map’ and different types of sketches. Notan shared CIPRB’s experiences of managing the best drowning prevention practices and its challenges from Bangladesh context.
This international project funded by the National Institute for Health and Care Research (NIHR) through their Research and Innovation for Global Health Transformation programme, also includes a BU-based PhD student, Mr. Md. Shafkat Hossein. Last week Shafkat presented our Sonamoni project in lecture to BU Engineering students at Talbot campus.
Prof. Edwin van Teijlingen

The systematic review, co-authored with Heidi Singleton, Steven Ersser, Debbie Holley, Ian Pearson, and Abdulrahman Shadeed, rigorously analyzed studies from 1992 to 2024, assessing the role of nurses in diagnosing, treating, and supporting skin cancer patients. The findings demonstrate that nurse-led models can complement or even substitute traditional physician-led care, offering high diagnostic accuracy, improved access to care, and enhanced patient education.
The study also emphasizes the need for further research and standardized national guidelines to scale and integrate nurse-led models effectively into healthcare systems.
Congratulations to Bournemouth University Professor Emeritus Jonathan Parker who published a TransformingSociety blog yesterday (31 March 2025). His blog ‘Sacrificing the poor for the rich: ‘Piacular’ austerity and the need for welfare reform‘ was partly a promotion for his new book Analysing the History of British Social Welfare, which was published by Policy Press in 2024.
Prof. Parker has also been invited to speak at the Bournemouth William Temple Association at their meeting at the Marsham Court Hotel on Monday 7th April. His speech, titled “Sacrificing the Poor on Behalf of the Rich? An Examination of the Rites of Social Welfare,” will explore the relationship between the “haves” and the “have-nots” and it was advertised in the Bournemouth Echo recently.
Well done!
Prof. Edwin van Teijlingen
Faculty of Health & Social Sciences
Colleagues working on our Nepal Family Cohort Study (NeFCoS) presented baseline data at a dissemination programme held today (March 28th) in Everest Hotel, Kathmandu. Bournemouth University is a key partner in this unique long-term follow-up study in Nepal. Our large international team is led by Dr. Om Kurmi, Associate Professor Research in the Centre for Healthcare and Communities at Coventry University. The Bournemouth University (BU) team comprises Dr. Pramod Regmi (Principal Academic-International Health), Dr. Edwin van Teijlingen (Professor of Reproductive Health), Dr. Rebecca Neal (Principal Lecturer in Exercise Physiology) and Dr. Vanora Hundley (Professor of Midwifery).
