Electromechanical imaging in liquid environments: a pathway toward molecular-level resolution of biological systems

Scientists have demonstrated that electromechanical imaging techniques, when operated in a liquid environment, can provide a resolution of up to 10 times that of the resolution when imaging in air. The liquid imaging method will allow for high-res studies of ferroelectric materials, as well as imaging electromechanical properties of biological systems, ultimately on the molecular level.

If you want to include this story in your blog, copy and paste this formatted text:

<p><a href="http://www.physorg.com/news70962299.html">Electromechanical imaging in liquid environments: a pathway toward molecular-level resolution of biological systems</a></p> <p>Scientists have demonstrated that electromechanical imaging techniques, when operated in a liquid environment, can provide a resolution of up to 10 times that of the resolution when imaging in air. The liquid imaging method will allow for high-res studies of ferroelectric materials, as well as imaging electromechanical properties of biological systems, ultimately on the molecular level.</p>