Fundamentals of Terahertz Waves, Latest Technological Trends, and Challenges for the Future
S30226 Terahertz wave
★ What are "terahertz waves"? A simple and easy-to-understand explanation of their characteristics! ★ How can they be applied to imaging technology and biological measurements?
Tokyo Chuo Ward Industrial Hall 4F, Meeting Room 4 [Tokyo, Chuo Ward] February 21, 2013 (Thursday) 11:00-16:00 Nagoya University Ecotopia Science Institute Fusion Project Division Head Akimichi Kawase http://ec.techzone.jp/products/detail.php?product_id=3165
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basic information
**Lecture Summary** In recent years, the development of light sources in the electromagnetic frequency range known as terahertz waves, approximately 0.3 to 10 THz (wavelength 1 mm to 30 μm), and the exploration of their applications have been rapidly advancing. This range is positioned between radio waves and light waves, allowing it to penetrate various materials such as paper, plastic, vinyl, fibers, semiconductors, and powders like radio waves, while also being manipulable in space using lenses and mirrors like light waves. Additionally, due to its shorter wavelength compared to millimeter waves, it possesses sufficient spatial resolution for many imaging applications. Furthermore, in recent years, unique absorption spectra specific to reagents such as vitamins, sugars, pharmaceuticals, and explosives have been discovered in the terahertz range, expanding its potential applications. We are energetically advancing the development of a broadband wavelength-tunable terahertz light source using nonlinear optical effects, as well as the application development of terahertz waves, and have been highly regarded internationally, including over 100 invited talks at international conferences in the past decade. I will provide an intensive explanation of these fundamental technologies.
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After February 7, the regular price will be 49,350 yen (including tax and text costs) for up to 2 people per company.
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P2
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P2
Applications/Examples of results
**Program** 1. Introduction - Advantages and disadvantages of terahertz (what can and cannot be done) - Various applications of terahertz - Terahertz time-domain spectroscopy - Various terahertz light sources - Various terahertz detectors 2. Various terahertz light sources using nonlinear optical effects 2-1. Terahertz parametric light sources - Terahertz parametric oscillator - Silicon prism coupler - Optically pumped terahertz parametric generator - Acromatic injection seeding - μ-chip laser excited terahertz light source - Compact terahertz parametric light source - Synchronously pumped terahertz light source 2-2. Cherenkov-type terahertz light sources - Difference frequency mixing terahertz light source - TDS-type terahertz light source - Waveguide-type terahertz light source - Advantages of Cherenkov type 3. Terahertz imaging 4. Development of biological measurements using terahertz waves
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