Terahertz (THz) is the last unexplored frontier of the electromagnetic spectrum (EM) and offers unparalleled opportunities with its highly desirable detection, imaging, and therapeutic properties. THz waves are human-safe and offer unparalleled opportunities and information unavailable until today.

While today it’s inconceivable to imagine a world without X-Rays, Radio, Microwaves and other waves, Tera waves remained largely unused.  TERA’s revolutionary technology has been able to overcome the difficulties in generating power and resolution in the most cost-effective and efficient way.

Terahertz THz waves are located between 300- 3,000 GHz are highly desirable due to their exceptional sensing and diagnostic capabilities, when illuminated on many biological or chemical materials.

TERA is also developing TeraWater Formulations based on molecular resonance at various electromagnetic frequencies

THz Waves Technology Explained

Discovered in 1896, one year after the X-Ray, THz were described as the ‘hidden light’. THz waves (300-3,000GHz frequencies, THz, or Tera) are a particular section in the EM spectrum, located between microwaves (RF) and infrared (IR) waves, known as the ‘THz gap’ that have never been successfully utilized or commercialized.

THz wavelengths are longer than the infrared wavelength allowing them to penetrate deeper than IR. Conversely because THz waves are shorter than RF, they have a higher resolution.

THz technology has made huge strides in the last 30 years and is now an established inter- disciplinary field. In the earlier part of the 20th century, THz was more commonly associated with the far end of IR and was limited to fields such as astronomy. However, the development of the laser-based spectroscopy in the 1980’s and 1990’s transformed THz technology, so it could be applied to every day uses, such as sensing, and imaging to name just a few.

The size of THz waves gives it the ability to detect and sense a wide range of biological and chemical components via analysis of their spectral signatures/fingerprints, thus acting as a molecular radar. THz wavelengths function at molecular level and while this poses more challenges, its microscopic size enables the creation of new and innovative applications.  

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