Physical Sciences
Modelling sea-island reversal in viscoelastic phase separation
In the 1990s, researchers first discovered that within mixtures of viscoelastic materials, unique transitions known as phase separations can appear when the right conditions are applied. In his research, Mr Yoshihide Kubo, Hiroshima University alumnus, presents the first robust approach for modelling these systems, avoiding unnecessary complexities while producing results which can be easily reproduced in experiments. His work addresses […]
Sensing in a disordered environment
Dr Farzan Beroz has developed a physical theory of sensing that predicts cell behaviour. Cells measure stiffness by pushing and pulling on their surroundings. However, because their tissue surroundings are disordered, it has been unclear what information cells actually learn by probing. Dr Beroz estimated what a cell learns and predicted that some cells change their shape and move around […]
Electron emission patterning: A new path towards smaller devices?
The demand for smaller and more powerful electronic devices is ever growing in many sectors of today’s society. Current technology limits how small devices can be. To develop smaller devices, new materials and manufacturing techniques are needed. Ali Aliev and Ray Baughman of the Alan G. MacDiarmid NanoTech Institute have developed a non-contact dry patterning technique for carbon nanotubes. Their […]
Laser induced damage threshold testing
Today’s latest laser technologies can be used for a diverse array of applications. Currently, however, their use is being hindered by a lack of knowledge about certain power thresholds, above which lasers can damage valuable materials and components. Through their research, Dr Jan Vanda and colleagues at the HiLASE Centre, part of the Institute of Physics at the Czech Academy […]
Inspiration from surfactants gives Li-S cells longer life
The renewable-fuelled future is reliant on improvements in battery energy density to smooth the grid and power electric vehicles for longer journeys. Lithium-ion cells – the industry standard – are almost at their capacity. Lithium-sulfur cells could be the answer, current technology degrades quickly due to an effect called redox shuttling. Dr Gao Liu, a staff scientist and his team […]
Textile-embedded microcapsules: The future of drug delivery
Research on textiles has come a long way, with numerous examples of textiles having bifunctional characteristics. Advancements in the area show the incorporation of microcapsules on textiles, containing active principles with antimicrobial, cosmetic, or even drug characteristics. Prof Manuel Jose Lis Arias, at the Terrassa Institute of Textile Research and Industrial Cooperation of the Polytechnic University of Catalonia, has been […]
Hydrogen’s Second Flavour: A Solution to Dark Matter?
From their observations, astronomers widely predict that dark matter must comprise around 85% of all matter in the universe. So far, however, most theories about the nature of this mysterious source of mass have pinned their hopes on theoretical, as-yet undiscovered particles. Professor Eugene Oks from the Physics Department of the Auburn University has proposed that a more natural explanation […]
Weighing weightless photons for laser-based manufacturing
It may be hard to believe that a beam of light can melt steel, but that is exactly what happens during laser beam machining. Using lasers for processing has become increasingly common but knowing exactly how much energy and heating occurs during these processes is a challenging task. This is why colleagues Dr John Lehman and Dr Paul Williams at […]
Converting to terahertz communications
The amount of data we generate globally is now accelerating at a breakneck pace. As this transformation occurs, exchanges of terahertz signals could become a crucial aspect of future communication systems, yet without a way to efficiently convert these waves to and from optical signals, such a prospect has remained unfeasible so far. In his research, Professor Cyril Renaud at […]
Realising free-space communication with quantum cascade lasers
As cheap and accessible tools for transmitting private information, freely propagating light waves are highly desirable for parties operating secure communication networks. However, the encoded information these waves contain can easily be lost due to unpredictable fluctuations in the Earth’s atmosphere. In their research, Frédéric Grillot and Olivier Spitz at Télécom Paris have developed sophisticated new techniques to overcome this […]