Microscopy

Electron Microscopy Atomic Force Microscopy Scanning Tunneling Microscopy Super-resolution Microscopes Optical Microscopy Light Microscopy Cryo-Electron Microscopy Super-resolution Microscopy Fluorescent Microscopy Fluorescence Microscopy Advanced Imaging Techniques Neural Activity Cryo-Electron Microscopes iSCAT Microscopy Refrigerated Microscope Cryo-Electron Tomography Quantum Microscopy Electron Microscopes High-Resolution Imaging Transmission Electron Microscopy Super-Resolution Microscopy Laser Technology Skin analysis Expansion Microscopy Cryo-electron Microscopy Scanning probe microscope Bright-field Microscopy Quantum Gas Microscopy Confocal Microscope Quantum Effects Light-Sheet Microscopy Smart Microscopy Terahertz Technology Fluorescent Probes Sub-zero Imaging Cryogenic-Electron Microscopy Imaging Techniques Phase-Contrast Microscopy Imaging Technology

Scientists Build First Half‑Möbius Molecule, Validated by Quantum Simulation

Its unusual orbital pattern emerges only on a gold surface kept near absolute zero.

MIT Terahertz Microscope Captures Previously Unseen Superconducting Electron Oscillations

POC5 Protein Proves Essential for Sperm Tail Assembly in Mouse Study

Molecular 'Magnifying Glass' Flags Early Protein Aggregation in Living Cells

Arctic Diatoms Glide at −15 °C, Setting Record for Eukaryotic Motility

Cryo-Optical Microscopy Freezes Living Cells on Cue With Millisecond Precision

AI-Driven Microscopy Maps DNA Tangles With Nanometre Precision

Tohoku University Unveils Cryo-EELS Technique for Nanoscale Elemental Mapping in Frozen Solvents

Electron Ptychography Captures Atomic Thermal Vibrations in Twisted 2D Materials

AI-Powered Microscope Foresees Protein Aggregation With 91% Accuracy