High-Spatiotemporal-Resolution Terahertz Scanning Tunneling Microscope System

High-Spatiotemporal-Resolution Terahertz Scanning Tunneling Microscope System

Supplier
Thz-chip
Category
Microscopes
Origin
China

Ultrafast temporal and nanoscale spatial resolution are key challenges in condensed-matter physics. Combining THz ultrafast pulses with scanning tunneling microscopy addresses ultrafast imaging. Jointly developed with 广东省大湾区空天InformationResearch院,this system detects THz-pulse effects on tunneling current for ultrafast imaging of single-molecule/atomic electronic-orbital wavefunctions. Angstrom spatial and subpicosecond temporal resolution,with a stated improvement exceeding one million times,provide simultaneous femtosecond/angstrom precision for studying ultrafast electron dynamics at micro/nanoscales.

Specification Snapshot
Terahertz System Spectral Range
0.1-3THz
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Overview

Ultrafast temporal and nanoscale spatial resolution are key challenges in condensed-matter physics. Combining THz ultrafast pulses with scanning tunneling microscopy addresses ultrafast imaging. Jointly developed with 广东省大湾区空天InformationResearch院,this system detects THz-pulse effects on tunneling current for ultrafast imaging of single-molecule/atomic electronic-orbital wavefunctions. Angstrom spatial and subpicosecond temporal resolution,with a stated improvement exceeding one million times,provide simultaneous femtosecond/angstrom precision for studying ultrafast electron dynamics at micro/nanoscales.

Specifications

ParameterValue
Spatial Resolution≥15nm
Terahertz System Spectral Range0.1-3THz

Applications

Novel Quantum Materials; Micro/Nano-Optoelectronics; Biomedicine; Ultrafast Chemistry

Key Features

Unique Terahertz Modulation Device; Perfect Match for STM Scanning Microscopy Systems; User-Friendly and Easy to Operate

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Supplier Information

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Thz-chip
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Xi'an Taihe Dixin Technology Co., Ltd. is a technology enterprise established through the transformation of achievements from the State Key Laboratory of Solidification Processing and the Key Laboratory of Radiation Detection Materials and Devices of the Ministry of Industry and Information Technology at Northwestern Polytechnical University. The company focuses on the growth of electro-optic crystals for terahertz (THz) wave generation and detection, high-energy ray and particle detection semiconductor crystals, and the design, preparation, and production of related devices, mastering core preparation technologies for advanced semiconductor crystal materials. Currently, it can produce large-size high-quality ZnTe crystals, organic semiconductor crystals BNA, perovskite crystals CsPbBr₃, neutron detection crystals 6LiInSe2, etc., and provide devices, systems, and testing solutions, offering a full-chain service of 'special functional crystals + core devices + intelligent equipment + solutions', empowering the high-quality development of industries such as aviation, aerospace, and nuclear energy.

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High-Spatiotemporal-Resolution Terahertz Scanning Tunneling Microscope System
Thz-chip · Microscopes
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