Proteins can be selectively controlled with radio waves
Scientists at the Technical University of Munich have developed a method to control proteins using radio waves by manipulating their quantum spin states, which can be observed through light. This breakthrough could enable non-invasive monitoring and control of cellular processes using external radio wave signals. The discovery advances the field of quantum sensing and offers new possibilities for studying and influencing biological systems.
Scientists have found a way to control proteins using radio waves by influencing their quantum spin states, which can be observed with light.
This breakthrough could lead to new methods for monitoring and controlling cellular processes non-invasively, advancing medical diagnostics and treatments.
It highlights the potential of quantum science to solve real-world problems in biology, offering hope for innovative, non-invasive medical technologies.
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