A team of scientists has created a nanosensor capable of detecting single molecules with unprecedented precision. The device, developed by researchers at the University of California, Los Angeles (UCLA), could revolutionize the way we detect and measure molecules, opening up possibilities for new experiments and treatments.

The nanosensor is made up of a carbon nanotube that is just 4 nanometers in diameter. When a single molecule binds to the nanotube, the sensor can detect it with a high level of sensitivity. The device also has a self-correcting mechanism that helps it to maintain accuracy and stability over time. This makes it far more reliable than traditional methods of detecting single molecules.

The team hopes that the nanosensor can be used to measure and detect molecules that are too small or too difficult to detect with traditional methods. This could open up new possibilities for medical treatments and scientific research.

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source: Phys.org