Connecting Science and Society

At Boston University, Professor Tian Yu Cao is rethinking the foundations of modern physics. His work builds on twistor theory which demonstrates that spacetime is secondarily derived from twistor constructions, but goes further to highlight the most important implication of the Penrose transform in that the primary physical agents can only be mathematically described by elements of cohomology with the defining feature having roots in spin. This view of primary agents combines with Cao’s other major claim that quantum behaviour itself may arise from the physical property of spin leads to a new consistent framework of quantum gravity in which long-standing puzzles in black holes (evaporations) and cosmology (transitions between cycles of cosmos) can be adequately addressed, with the crucial help from the on-going development of operator product expansion formular defined on twistor space.

In environments where magnetic fields exceed even the limits of classical physics, such as magnetars and next-generation laser experiments, plasma behaviour is fundamentally altered by quantum effects. Professor Mikhail V. Medvedev and colleagues have developed a framework to understand how these extreme conditions reshape plasma waves, revealing that while familiar wave structures persist, their properties are significantly modified. These insights provide a foundation for interpreting astrophysical observations and advancing high-energy plasma experiments.

Artificial intelligence is often discussed as a future challenge for research, yet it is already shaping how many papers are written. Drawing on emerging evidence and recent analysis, work led by Alex Spezowka highlights a key shift in thinking: rather than trying to detect AI use, the focus is moving towards how it can be used responsibly. This has important implications for how research is produced, evaluated, and trusted.

Acetogenic bacteria can convert carbon dioxide and hydrogen into useful products, making them promising tools for sustainable biotechnology. Research led by Laura Muñoz and Jo Philips reveals that hydrogen consumption follows a simpler kinetic pattern than previously assumed, while also uncovering major differences between species in how efficiently they operate at low hydrogen levels. Together, these findings provide a clearer framework for selecting and optimising acetogens for industrial applications.

At Montana State University Billings, Dr Lynn George and her team are investigating the cellular mechanisms underlying amyotrophic lateral sclerosis (ALS). Using a new mouse model, their research reveals that disruption of the Elongator complex leads to nucleolar stress and the loss of the protein TDP-43 from motor neurons. These findings connect two major hallmarks of ALS and offer new insight into how the disease develops.

Green advertising is becoming an increasingly important means of differentiation in modern markets. Organisations that can credibly communicate their environmental sustainability efforts are often better positioned to build trust and strengthen their competitive standing.

Adolescence, the transitional stage between childhood and adulthood, comes with challenges as well opportunities for growth and learning.

Cancer immunotherapy has transformed treatment outcomes, yet many patients still fail to respond. At Maastricht University, Jella van de Laak, working with Professor Ludwig Dubois and Professor Jan Theys, is exploring how tumour-targeting bacteria could improve immune responses and expand treatment success.

Geophysicists use a variety of different methods to peer beneath the Earth’s surface. Seismic activity, gravitational fields , and magnetic fields each offer their own windows into the world underground, but, in isolation, are incapable of giving us the full picture. Combining data from distinct geophysical surveys, however, is its own challenge. For a number of years, a team of researchers led by Professor Michael Zhdanov has worked to develop a mathematical framework capable of generating detailed geophysical models from multiphysics data.
Through application to modelling magma chambers underneath Yellowstone and searching for oil deposits in the Barents Sea, they demonstrate that their approach can produce robust and accurate predictions

Cerebral palsy is the most common childhood motor disorder and leads to lifelong difficulties with walking. Alongside colleagues at Lucile Packard Children’s Hospital, as well as national and international collaborations, research led by Professor Jessica Rose at Stanford University reveals how early brain injury disrupts muscle growth and neuromuscular control in motor function.