![]() Prof Takahiro Yamamoto leads a group of scientists at this center, and they try to solve this mystery through simulations of the microscopic structures, properties, and functions of water on the surface of materials.ĭiscovery of new microscopic structures in surface water on graphene. However, the phenomena that occur in surface water are so complicated that Tokyo University of Science, Japan, has established a dedicated research center, called "Water Frontier Science and Technology," where various research groups tackle this problem from different angles (theoretical analysis, experimental studies, material development, and so on). Other applications include, but are not limited to, medical implants and anti-icing surfaces for airplanes. For example, the friction caused by water on ships could be reduced through materials engineering, leading to higher efficiency. Understanding the various molecular interactions and structures that arise among surface water molecules would enable scientists and engineers to develop all sorts of novel hydrophobic/hydrophilic materials or improve existing ones. In a recent study led by Prof Takahiro Yamamoto of Tokyo University of Science, scientists employed statistical data analysis tools to reveal what happens to water molecules on top of graphene. The properties of the first few layers of water molecules in contact with the surface of materials (called 'surface water') are especially important in materials science. ( Nanowerk News) Water is a familiar substance that is present virtually everywhere. The shape of water: what water molecules look like on the surface of graphene ![]() How to become a science blogger and set up a science news site in 4 steps.A Guide to Funding Nanotechnology Ventures.10 Key Areas Where Nanotechnology Already Impacts Our Lives.10 Things You Should Know About Nanotechnology. ![]() Nanotechnology Companies & Laboratories.Subscribe to one of our Daily Newsletters.
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