Thursday, January 15, 2026

 

Global firms can counter geopolitical turmoil through sustainable local investment




University of Surrey





Global corporations may hold an under-recognised key to stabilising global economies in the face of rising geopolitical tensions, according to new analysis from the University of Surrey.  

Rather than retreat from globalisation, the research suggests that multinationals should be supported to develop sustainable innovations within their global value chains, particularly in developing economies. 

The study, published in the Multinational Business Review, warns that dismantling global supply networks would inflict severe social and economic damage on many developing countries that rely on international production for jobs, technological progress and environmental improvement.  Attempts to pull back from globalisation could also make climate progress much harder, because countries would be less willing to work together on the environmental challenges that no nation can solve on its own. 

Dr Shasha Zhao, lead author of the study and Co-Director of Centre for Social Innovation Management and Senior Lecturer in International Business and Innovation at the University of Surrey, said:

"The global economy is at a crossroads. Multinational corporations have the power and capabilities to build more secure, sustainable and inclusive systems, particularly if they invest in responsible innovation in locations that need it most. Strengthening global value chains through sustainability doesn’t just protect vulnerable economies; it also drives meaningful improvements for communities who depend on global trade." 

The research reviewed global case studies and evidence from multinational firms operating in complex geopolitical environments. By examining recent supply chain disruptions such as the Covid pandemic and international trade conflicts, the analysis found that multinational companies that invest in sustainable production technologies, circular supply chains and local research partnerships are more resilient to political shocks and international crises. 

The analysis identifies three corporate strategies that could strengthen global supply networks while benefiting developing countries. These include investing in local research teams and suppliers, supporting local innovation that reduces waste or pollution and establishing global sustainability standards across corporate operations. These strategic approaches enable companies to continue operating across borders, create jobs, expand skills training and encourage responsible production. 

The study highlights Sustainable Development Goal 12 on responsible consumption and production as a practical roadmap for companies seeking to improve global supply chains. Strengthening sustainability standards across multinational operations can deliver environmental benefits while reducing the risk that countries turn inwards in reaction to geopolitical uncertainty. 

Dr Zhao continued: 

"When innovation comes from teams who understand the local context, the results tend to be far more relevant and socially aware. Ideas that start in developing countries often turn into solutions that can improve lives elsewhere too, benefiting communities and supporting sustainable growth worldwide." 

 

[ENDS] 

 Note to editors 

 

Ecology: Mummified cheetahs discovery

gives hope for species’ Arabic

reintroduction




Springer Nature




The discovery of seven naturally-mummified cheetahs (Acinonyx jubatus) in caves in northern Saudi Arabia reveals that at least two subspecies of the endangered cats inhabited the Arabian Peninsula before their local extinction. The findings, reported in Communications Earth & Environment, may open new possibilities for the reintroduction of cheetahs to the peninsula.

Cheetahs once inhabited much of Africa as well as Western and Southern Asia, but now live in just 9% of their historic range. In Asia their range has decreased by 98%, and they are thought to have been locally extinct on the Arabian Peninsula since the 1970s. Although there are five cheetah subspecies, the Asiatic cheetah (Acinonyx jubatus venaticus) — thought to have been the only subspecies present in Saudi Arabia — is critically-endangered, with only a single small wild population remaining in Iran. Therefore, the feasibility of reintroducing cheetahs to the peninsula is debated.

Ahmed Boug and colleagues discovered seven naturally-mummified cheetahs, along with the skeletal remains of 54 additional cats, in five caves near the city of Arar in northern Saudi Arabia in 2022 and 2023. The authors dated samples from two of the mummified specimens and five sets of the skeletal remains. The oldest skeletal remains date from approximately 4,000 years ago, while the mummified remains date from approximately 130 and approximately 1,870 years ago. The authors also extracted complete genome sequences from three of the seven sampled specimens — the first time this has been done in naturally-mummified big cats. Although the most recent specimen is genetically closest to the Asiatic cheetah, the two older cheetahs — including the oldest dated specimen — are most similar to the Northwest African cheetah (Acinonyx jubatus hecki).

The authors say that their results show that subspecies other than the Asiatic cheetah could support the re-establishment of cheetahs in Saudi Arabia, as an increased available genetic pool makes rewilding efforts more feasible. They also suggest that their method shows that ancient DNA records from similar specimens could be used to inform future reintroduction plans for other species.

***

Springer Nature is committed to boosting the visibility of the UN Sustainable Development Goals and relevant information and evidence published in our journals and books. The research described in this press release pertains to SDG 15 (Life on Land). More information can be found here.

 

Fathers’ early interactions with babies may affect child health years later



affect child health years later Paternal warmth and developmentally supportive engagement with a 10-month-old child was associated with child health risks at age seven in new study




Penn State





UNIVERSITY PARK, Pa. — How a new father behaves toward his baby can change family dynamics in a way that affects the child’s heart and metabolic health years later, according to a new study by researchers in the Penn State College of Health and Human Development.

In the study, recently published in Health Psychology, the research team found that fathers who were warm and developmentally supportive with their babies at 10 months of age had more positive co-parenting with the child’s mother when the child was two years old. In families where this pattern played out, the child’s bloodwork indicated better markers of physical health at seven years of age. In contrast, neither the mother’s warmth when the child was 10 months old nor her positive or negative co-parenting when the child was two predicted the child’s physical health at age seven.

This doesn’t mean that mothers do not matter, the researchers said.

“Everyone in the family matters a lot,” said Alp Aytuglu, postdoctoral scholar in the Department of Biobehavioral Health. “Mothers are often the primary caregivers, and children are experiencing the most growth and development. The takeaway here is that in families with a father in the household, dads affect the environment in ways that can support — or undermine — the health of the child for years to come.”

Prior research by other scientists demonstrated that children raised in high-conflict or unstable households can be at greater risk for health problems, including elevated inflammation, lower ability to regulate blood sugar and obesity. Those studies primarily examined the effects of mothers on children, according to Aytuglu. In this study, the researchers wanted to examine the entire family and the various interactions within a family.

Using data from the Penn State Family Foundations project, funded by the National Institutes of Health, the researchers examined videos and other information from 399 families in the United States that included a mother, a father and first child. Families in the study were 83% non-Hispanic white and had higher than average levels of education and income.

When each child in the study was 10 and 24 months old, Family Foundations researchers visited the families’ homes and recorded 18-minute videos of the parents playing with their child. Researchers then reviewed the video and observed individual parenting behaviors and co-parenting behaviors.

For both videos, trained evaluators assigned codes to the mother’s and father’s parenting attributes, including whether parents responded to the child in a timely manner, how warmly parents behaved toward the child and how appropriate parents’ responses were for a child that age.

Evaluators also examined co-parenting behavior in the video. Specifically, they identified instances where the parents competed for the child’s attention — rather than playing with the child together or taking turns with the child more naturally. The researchers observed that when one parent competitively gained the child’s attention, the other parent often withdrew from the interaction, disengaging from the play.

When the child was seven years old, the Family Foundations researchers collected a dried blood sample from the child. From that sample, the researchers in this study measured four well-established indicators of heart and metabolic health: cholesterol; glycated hemoglobin (HbA1c), which reflects average blood sugar over two to three months; interleukin-6 (IL-6), a messenger in the immune system that represents inflammation; and C-reactive protein (CRP), a marker of inflammation produced by the liver.

Using structural equation modeling, the researchers in this study discovered a connection between a father’s behavior at 10 months and their child’s health indicators at age seven.

Fathers who showed less sensitivity to their child at 10 months were more likely to compete for the child’s attention and/or withdraw from family play when the child was 24 months old. When fathers displayed higher levels of competitive-withdrawal parenting behavior at 24-months, those children displayed higher levels of HbA1c and CRP at age seven, completing the connection from father’s engagement at 10 months to the child's health more than six years later.

“No one will be surprised to learn that treating your children appropriately and with warmth is good for them,” said Hannah Schreier, associate professor of biobehavioral health, Penn State Social Science Research Institute co-funded faculty member and senior author of this study. “But it might surprise people that a father’s behavior before a baby is old enough to form permanent memories can affect that child’s health when they are in second grade. It is generally understood that family dynamics affect development and mental health, but those dynamics affect physical health as well and play out over years.”

Much of what made this research novel, according to the researchers, was their ability to use observations of actual parent-child interactions in their own homes.

“Researchers studying parenting are often forced to rely on parents’ self-reports of their behavior,” said Jennifer Graham-Engeland, Elizabeth Fenton Susman Professor of Biobehavioral Health and co-author of this study. “When any of us self-report something, we can be influenced by what we remember or how we want to be seen — which may not represent how we actually behaved. And, of course, children this young can't report on how their parents acted. The Family Foundations data made possible this intimate look into family lives as well as the connection of those interactions to later biological indicators of health. We believe this allowed us to create a more accurate picture of the influence of fathers than was possible previously.”

The researchers said they anticipated that mothers’ co-parenting behavior would have an impact similar to fathers’ co-parenting behavior, but the results of this study did not reveal a specific impact of mother’s warmth at 10 months or competitive-withdrawal co-parenting at age two or on the child’s health measures at age seven.

“The lack of clear results based on the mothers’ coparenting was not expected,” said Graham-Engeland, associate director of the Penn State Center for Healthy Aging. “There could be many reasons for this, but one theory in the literature relates to the father’s role in the family that may play out in different ways. In two-parent families like the ones in this study — the mother is frequently the primary caregiver; so, it is possible that whatever the mother’s behavior, it tends to represent the norm in the family, whereas the father’s role tends to be one that reinforces the norm or disrupts it. It is also likely that mothers affect children’s health in ways other than those specifically examined in this study.”

According to the researchers, it is important to remember that each family is different, and everyone in a family affects others more than they may know. This study was limited to families with a father, a mother and their first-born child, but the research team noted that there are many other family structures that may involve grandparents, single parents, same-sex parents and more. Additionally, they said that family dynamics change if more children are added or if the parents separate.

“What I hope people will take from this research is that fathers, alongside mothers, have a profound impact on family function that can reverberate through the child’s health years later,” Aytuglu said. “As a society, supporting fathers — and everyone in a child’s household — is an important part of promoting children’s health.”

Other Penn State researchers contributing to this study include Mark Feinberg, research professor of health and human development and affiliated with the Edna Bennett Pierce Prevention Research Center; Samantha Murray-Perdue, assistant research professor at the Edna Bennett Pierce Prevention Research Center; and C. Andrew Conway, postdoctoral scholar at the Edna Bennett Pierce Prevention Research Center.

The National Institutes of Health funded this research.

At Penn State, researchers are solving real problems that impact the health, safety and quality of life of people across the commonwealth, the nation and around the world.

For decades, federal support for research has fueled innovation that makes our country safer, our industries more competitive and our economy stronger. Recent federal funding cuts threaten this progress.   

Learn more about the implications of federal funding cuts to our future at Research or Regress.

 

Building the world’s first graviton detector



With support from the W. M. Keck Foundation, a Stevens–Yale collaboration is now transforming graviton detection from a long-standing impossibility into a first-of-its-kind experimental program




Stevens Institute of Technology





Hoboken, NJ., January 15, 2026 - Modern physics has a problem. Its two main pillars are quantum theory and Einstein’s theory of general relativity, yet these two frameworks are seemingly incompatible. Quantum theory describes nature in terms of discrete quantum particles and interactions, while general relativity treats gravity as a smooth curvature of space and time. A true unification requires gravity itself to be quantum, mediated by particles known as “gravitons.” However, detecting even a single graviton was long thought fundamentally impossible. As a result, the problem of quantum gravity remained largely theoretical, with no experimentally grounded “theory of everything” in sight.

This situation changed very recently. In 2024, Igor Pikovski, assistant professor at Stevens Institute of Technology, and his team published a discovery in Nature Communications showing that graviton detection is, in fact, possible. “For a long time, graviton detection was considered so hopeless that it was not treated as an experimental problem at all,” says Pikovski. “What we found is that this conclusion no longer holds in the era of modern quantum technology.”

The key is a new perspective that synthesizes two major experimental advances. The first is the detection of gravitational waves: ripples in space-time produced by collisions of black holes or neutron stars. Predicted by Einstein over a century ago, gravitational waves were first observed in 2015 and are now detected routinely, opening an entirely new window onto the universe. If gravity ultimately obeys quantum physics, gravitational waves would be described as vast collections of gravitons acting in concert, appearing indistinguishable from a classical wave in current observations.

The second advance comes from quantum engineering. Over the past decade, physicists have learned how to cool, control, and measure increasingly massive systems in genuine quantum states, bringing quantum phenomena far beyond the atomic scale. In a landmark experiment in 2022, the laboratory of Jack Harris, professor at Yale University, demonstrated control and measurement of individual vibrational quanta of superfluid helium weighing over a nanogram.

Pikovski realized that if these two capabilities are combined, it becomes possible to absorb and detect a single graviton; a passing gravitational wave can, in principle, transfer exactly one quantum of energy (i.e. a single graviton) into a sufficiently massive quantum system. The resulting energy shift is small but can be resolved. The true difficulty is that gravitons almost never interact with matter. But for quantum systems at the kilogram scale - rather than the microscopic scale - exposed to intense gravitational waves from merging black holes or neutron stars, absorbing a single graviton becomes possible.

Building on this recent discovery, Pikovski and Harris have now teamed up to construct the world’s first experiment explicitly designed to detect individual gravitons. With support from the W. M. Keck Foundation, the team is developing a superfluid-helium resonator on the centimeter scale, approaching the regime required to absorb single gravitons from astrophysical gravitational waves.

“We already have the essential tools,” says Harris. “We can detect single quanta in macroscopic quantum systems. Now it’s a matter of scaling.”

The experiment aims to immerse a gram-scale cylindrical resonator in a superfluid-helium container, cool the system to its quantum ground state, and use laser-based measurements to detect individual phonons - the vibrational quanta into which gravitons are converted. The detector builds on systems already operating in the Harris laboratory, but pushes them into a new regime, scaling the mass to the gram level while preserving exquisite quantum sensitivity. Demonstrating the successful operation of this platform will establish a blueprint for a next iteration that can be scaled to the sensitivity required for direct graviton detection, opening a new experimental frontier in quantum gravity.

“Quantum physics began with experiments on light and matter,” says Pikovski. “Our goal now is to bring gravity into this experimental domain, and to study gravitons the way physicists first studied photons over a century ago.”

About Stevens Institute of Technology 
Stevens is a premier, private research university situated in Hoboken, New Jersey. Since our founding in 1870, technological innovation has been the hallmark of Stevens’ education and research. Within the university’s three schools and one college, more than 8,000 undergraduate and graduate students collaborate closely with faculty in an interdisciplinary, student-centric, entrepreneurial environment. Academic and research programs spanning business, computing, engineering, the arts and other disciplines actively advance the frontiers of science and leverage technology to confront our most pressing global challenges. The university continues to be consistently ranked among the nation’s leaders in career services, post-graduation salaries of alumni and return on tuition investment.

About the W. M. Keck Foundation
The W. M. Keck Foundation was established in 1954 in Los Angeles by William Myron Keck, founder of The Superior Oil Company.  One of the nation’s largest philanthropic organizations, the W. M. Keck Foundation supports outstanding science, engineering and medical research.  The Foundation also supports undergraduate education and maintains a program within Southern California to support arts and culture, education, health and community service projects.