➀ The new microscope, known as 'attomicroscopy', captures images at attosecond speeds, a billionth of a billionth of a second. ➁ This technology allows for unprecedented precision in observing the motion of electrons within molecules. ➂ Developed by Mohammed Hassan and colleagues at the University of Arizona, the microscope uses a laser and an electron beam to achieve these rapid imaging capabilities.
Related Articles
- Power Solutions International: Solid Margins, Fuel Flexibility, And A Market Still Ignoring The Cash Flow2 days ago
- Fraunhofer Recommendations for Climate-Neutral Industry: Investments in Energy Infrastructure and Renewable Energies4 months ago
- Research Infrastructure for Innovative Power Grids4 months ago
- NMI hosts industry conference in Glasgow with theme of growth4 months ago
- UKSA boasts record European Space Agency contract wins4 months ago
- An Extraordinary Employee: Humanoid Robot TALOS at TU Darmstadt for Research into Human-like Learning5 months ago
- JD undiluted5 months ago
- Quantum Computers: ISTA Physicists Achieve Optical Readout of Superconducting Qubits5 months ago
- This Is the Most Useful Software Seen in 10 Years, says Medical Device Manufacturer5 months ago
- Ulm Radar Researcher Professor Christian Waldschmidt Welcomed as New acatech Member6 months ago