A new tool named a molecular motor, which utilizes light and heat, is capable of twisting atomic strings into robust configurations known as catenanes. This nanoscopic knitting drug has the potential to lead to the creation of novel molecules and materials. Such advancements could pave the way for groundbreaking applications in various scientific fields. The molecular motor’s unique abilities highlight a significant leap in manipulating matter at the atomic level.
A molecular motor, powered by light and heat, can twist strings of atoms into durable shapes known as catenanes, revolutionizing knitting at a nanoscopic level.
This innovative technique allows for the construction of new kinds of molecules and materials, showcasing immense potential in the field of chemistry.
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