British and Japanese scientists have joined forces to create a groundbreaking method of supramolecular assembly, paving the way for advanced molecular electronic devices that could outperform traditional silicon-based technologies. This innovation is expected to lead to flexible, high-quality TV screens made from Buckyballs—molecular structures resembling tiny soccer balls—which could transform how we experience audiovisual content. Researchers are excited about the potential of this technique, believing it could revolutionize the development of new materials. The findings were published in the June 22 issue of *Nature* and *Chemistry*.
At the heart of this method lies the study of intermolecular forces, particularly those involving "amphiphilic" molecules—substances that have both hydrophilic (water-loving) and hydrophobic (water-repelling) parts. These molecules are commonly found in everyday products like detergents. When added to water, they arrange themselves so that their hydrophilic ends interact with water while their hydrophobic ends attach to oils or dirt, forming clusters that help remove stains.
The research was conducted by a team led by Martin Horanbeier from the University of Kiel in the UK and the Sino-Silung group at Japan's National Institute of Materials Science. They developed a universal approach that expands on the concept of "solvent-based" assembly, making it applicable across various materials and conditions.
In their experiments, the team used a specially designed "Buckyball"—a C60 fullerene molecule with a long tail, resembling molecular "warts." When these amphiphilic molecules were mixed with solvents, their tails formed a core around the Buckyball, creating a protective outer shell made of carbon chains. By adding n-alkanes, the molecules self-assembled into micelles and hexagonal gel fibers containing insulated C60 nanowires. When pure C60 was introduced, the structure transformed into a layered sheet, rich in optoelectronic materials and capable of conducting light.
This new flexible supramolecular assembly technique allows for precise control over molecular structures through small changes in chemical design or additives. Such detailed control over complex self-assembly processes was previously unachievable, opening up new possibilities in material science.
The researchers believe this breakthrough could significantly impact the field of molecular electronics, potentially replacing silicon-based technology with carbon-based alternatives. These new components can be fine-tuned by adjusting intermolecular forces, leading to more efficient, energy-saving, and flexible devices—such as smartphones, smart TVs, and even future wearable tech. By the time the next World Cup comes around, fans might just be watching the game on a "molecular football" screen.
The design of the towel rack should consider whether it is convenient or not, but also consider the waterproof problem. Home use towel rack , brass toilet paper holder Bathroom Series, made of high quality brass material,chrome surface corrosion resistance long lasting use for years and years, no worries about rusted and oxidized.
Bathroom Accessories,Towel Rack Stand,Wall Mounted Towel Rack,Outdoor Towel Rack
HESHAN CAIZUN SANITRAYWARE CO.,LTD , https://www.caizunsanitaryware.com