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Which Industries are Making the Best Use of Terahertz Technology? 5G and 6G systems will play a vital role in supporting 5G/ 6G enhanced broadband services. Higher frequencies provide larger channel bandwidths and higher data rates. 5G NR has allocated 26/28 GHz, while there are discussions for 60GΗz as well. In the wireless backhaul area, 80GHz and 60GHz are in use. Providers are also making plans to go beyond the 100GHz barrier by offering wireless backhaul systems. Report Description: https://www.psmarketresearch.com/market-analysis/terahertz-technology-market Advanced wireless technologies with a potential to reach ultra-high capacities for example Tbit/s in the near future and shape the way for 5G and the next gen systems. Terahertz wireless technology is one such progression. What Makes Terahertz Spectrum Different? Terahertz frequencies cover 100 GHz or 0.1THz up to 30 THz. In the electromagnetic range, these frequencies are after the millimeter and microwave waves and just before infrareds. Signals in that region have extremely short wavelengths, less than a millimeter and that is the reason they are also called by the name of Submillimeter-waves. Terahertz signals, as a result of their characteristics, can enter materials and offer high resolution, without bringing about any sort of harm to human tissue. Microwaves can also penetrate but have low resolution, whereas X-ray has higher resolution but might cause serious damage to living tissues. That is the main reason, Terahertz technology can be used for a number of applications, from medical imaging to communications. Applications of Terahertz Technology Defense The defense sector makes the use of THz application. THz Imaging can help on instantaneous detection of threats and dangerous objects through THz pictures. It can also support on Phenomenology, with detecting small amounts of detrimental agents, for example, poison gas, plastic explosives, etc. Secure communications is another use since THz can support secure an un-penetrable links. Space THz is used for numerous space applications since it can support Earth Science by atmosphere monitoring and how the alterations take place observing cloud dynamics, measuring the depletion of ozone, etc. In Astrophysics, it is possible to study galaxies and explore the formation and decay of stars. THz can also be put to use for Planetary Science by perceiving planetary atmospheres. Also, it can support the search for the signs of volcanos and life, offer active altitude control for landing, etc. To conclude, it might also come good in Bioastrophysics, for detecting bio-molecules, habitability, and more. Commercial Application THz imaging can be employed for contraband detection and in the medical industry by detecting bio-molecules, tooth decay, cancer, etc. Structural consistency and integrity is one more area where THz can be used to look for any cracks or deformities in material, uniformity of ink. Summing Up the Scene Advancements in terahertz technology is taking place all over the world, and it is because of all these, the demand for terahertz technology is on the rise. The total value of the industry will reach USD 2,272.7 million in the next seven years.