Application of Molecular Imaging with AFM and STM

Molecular imaging using Atomic Force Microscopy (AFM) and Scanning Tunneling Microscopy (STM) offers unparalleled resolution and versatility for analyzing nanoscale structures. These technologies are essential for material science, nanotechnology, and life sciences, providing detailed insights into atomic and molecular interactions.

Key Advantages:

High-Resolution Imaging – AFM and STM enable atomic-scale visualization of surfaces, crucial for understanding molecular structures and electronic properties.

Multi-Mode Imaging – Multiple imaging techniques, including contact, non-contact, MAC Mode, and electrochemical modes, allow for diverse applications, from soft biological samples to conductive materials.

In-Situ Analysis – Real-time observation of chemical reactions, phase transitions, and molecular interactions under various environmental conditions is possible with built-in environmental control and temperature stability.

Powerful Electronics – Advanced signal processing and precision control, such as PicoView software and integrated potentiostats, enhance data accuracy in electrochemical and materials research.

Versatility Across Disciplines – Applications range from biotechnology, polymer science, and nanolithography to energy storage, corrosion studies, and semiconductor analysis.

With these advantages, AFM and STM continue to push the boundaries of scientific discovery, enabling researchers to explore nanoscale phenomena with exceptional detail and control.

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