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A minuscule change of 4×10⁻¹⁸ meters! How does LIGO detect the "faint signatures" of gravitational waves?
On February 11, 2017, scientists from the United States announced through the Laser Interferometer Gravitational-Wave Observatory (LIGO) that humanity had for the first time directly detected gravitat
2025-9-28More -
The Eye of Pervasive Technology! Scanning Electron Microscope vs. Transmission Electron Microscope: Which Reigns as the Microscopic Overlord?
In modern scientific research and industrial production, Scanning Electron Microscopes (SEM) and Transmission Electron Microscopes (TEM) serve as powerful tools for exploring the microscopic world, pl
2025-9-12More -
A Glimpse of the Cosmos! Euclid Space Telescope: Pioneer in Exploring the "Dark Universe"
On October 15, 2024, the Euclid Space Telescope released the "first page" of the cosmic atlas it is constructing. This achievement is built based on 260 sets of observation data collected between Marc
2025-9-11More -
"Resolution Enhanced to 86 Nanometers! URV-SRS Technology Unveils New Horizons in Biomedical Microscopic Imaging"
In the exploration of the microscopic world, optical imaging technology has been key to unraveling the mysteries of life. However, for centuries, the diffraction limit has acted like a "tight curse,"
2025-9-10More -
Beyond Limits! Scientists Create Super Terahertz Lenses for Precise Detection of Life's Mysteries
In the vast firmament of science and technology, terahertz technology shines like a rising star. Endowed with its unique physical properties, it demonstrates boundless application potential in numerou
2025-9-8More -
Achieve Precise Maritime Navigation! John Harrison's Marine Chronometer, an Invention That Changed History
In the 18th century, the determination of longitude was an urgent problem to be solved in the field of navigation. On the vast ocean, due to the Earth's rotation, people could determine latitude throu
2025-9-5More