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THz waves (terahertz waves) or THz rays (terahertz rays) were officially named from the mid-to-late 1980s. Before that, scientists would collectively call them far-infrared rays. Terahertz waves refer to electromagnetic waves with frequencies in the range of 0.1THz to 10THz, and wavelengths in the range of 0.03 to 3mm, between microwaves and infrared. In fact, as early as a hundred years ago, scientists have been involved in this band. In 1896 and 1897, Rubens and Nichols were involved in this band, and the infrared spectrum reached 9um (0.009mm) and 20um (0.02mm), and then there were records of reaching 50um. In the following nearly 100 years, far-infrared technology has achieved many achievements and has been industrialized. However, there are very few research results and data involving the terahertz band, which is mainly limited by effective terahertz generating sources and sensitive detectors, so this band is also known as the THz gap. With the development of a series of new technologies and new materials in the 1980s, especially the development of ultra-fast technology, obtaining a broadband stable pulsed THz source has become a quasi-conventional technology. Share THz research boom.

Terahertz radiation falls in between infrared radiation and microwave radiation in the electromagnetic spectrum, and it shares some properties with each of these. Terahertz radiation travels in a line of sight and is non-ionizing. Like microwaves, terahertz radiation can penetrate a wide variety of non-conducting materials; clothing, paper, cardboard, wood, masonry, plastic and ceramics. The penetration depth is typically less than that of microwave radiation. Like infrared, terahertz radiation has limited penetration through fog and clouds and cannot penetrate liquid water or metal. Terahertz radiation can penetrate some distance through body tissue like x-rays, but unlike them is non-ionizing, so it is of interest as a replacement for medical X-rays. Due to its longer wavelength, images made using terahertz waves have lower resolution than X-rays and need to be enhanced.

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科學研究發現 THz太赫茲波 是宇宙「能量波」的一種
是宇宙生命共同的源動力 被稱為——生命光波
宇宙中沒有一個物體不再發射太赫茲波

從上圖可以看出,THz太赫茲波介於電磁波和光波之間
是電磁波和光波的源頭,具有電磁波和光波的雙重作用
對人體而言,接近中醫講的元氣
所有生命從生到老到病到死,就是THz太赫茲波不斷衰減導致
生命的特徵就是擁有太赫茲波——無論是動物還是植物
道家長壽的秘密就是守護住身體THz太赫茲波,確保臟器正常不病變

所以,很多長壽者是老死而不是病死
日本和美國科學家研究發現
人體THz太赫茲波衰減和不足,身體就會衰老和生病
人體THz太赫茲波得到提升,體內體溫會增加,病變細胞會得到修復和糾正,免疫力會提高,代謝會改善,濕毒被排除,心情會愉悅,身體疾病就會自愈。

太赫茲波可應用於生命科學、材料科學、天文學、大氣與環境監測、通訊、反恐、國家安全等多個重要領域,太赫茲無線通信可以承載更大的信息量,解決目前信息傳輸受制於帶寬的問題,是目前所知的滿足大數據無線傳輸速率通信要求的唯一通信手段。國際通訊聯盟已指定下一代地面無線通信的頻段0.12THz,太赫茲技術將成為6G或7G通訊的基礎,人類將全面進入太赫茲通信時代。

        業內人士指出,太赫茲是電磁波譜最後的處女地,具有獨特的優越性及極重要的應用,是新一代產業的科學技術基礎。太赫茲科學綜合了電子學與光子學的特色,是典型的交叉前沿科學領域,蘊含著原創性重大機理和方法並亟待突破,具有重大的科學意義。太赫茲科學技術也將是後摩爾時代信息技術發展的重要支撐。

太赫茲波對人體的好處

01、激活生物大分子的活性,使人體的分子能夠被激發而處於較高振動狀態。這樣便激活了核酸蛋白質等人體大小分子的活性,從而發揮了人體大分子調節機體代謝等活動的功能,有利於機能的恢復和平衡,達到防病治病的目的。

02、促進和改善血液循環。太赫茲波作用於皮膚後,大部分能量被皮膚所吸收並轉化為熱能,引起皮溫升高,刺激皮膚內熱感受器,通過丘腦反射,使血管平滑肌鬆弛,血管擴張,血液循環加快。另一方面,由於熱作用,引起血管活性物質的釋放,血管張力降低,淺小動脈,淺毛細管和淺靜脈擴張,血液循環加快。

03、增強新陳代謝,如果人體的新陳代謝發生紊亂,引起體內外物質的交換失常,那麼,各種疾病將會不約而至,諸如水和電解質代謝的紊亂,將給生命帶來危險;糖代謝紊亂所致的糖尿病;脂代謝紊亂引起的高脂血症,肥胖症;蛋白質代謝紊亂引起痛風等等。太赫茲波熱效應,可以增加細胞的活力調整神經液機體,加強新陳代謝,使體內外的物質交換處於平穩狀態。

04、提高人體功能:是人體的一種生理保護反應,它包括細胞和體液兩種,對人體防禦功能和抗感染作用有極其重要的作用。經臨床觀察,太赫茲能量穿戴確有提高機體的細胞吞噬功能,增強人體的細胞和人體液功能,有利於人體的健康。

05、鎮痛消炎消腫作用:太赫茲波的熱效應,降低了神經末梢的興奮性,血液循環的改善,水腫的消退,減輕了神經末梢的化學和機械刺激。以上種種原因,均起到緩解疼痛的作用。

06、調節自律神經,激活生物分子鏈活性,有效增加末端微循環。

07、護膚美容,皮膚自主呼吸順暢,可有效排出皮膚內的毒素,減緩色斑,預防青春痘等常見皮膚亞健康狀態。

08、女性乳腺患者,可加快微循環,促進血液循環,明顯改善瘀、堵不暢所引發的脹痛、乳葉增生等不適感。








太赫兹健康水更多使用方式 / More Usage Of Terahertz Water


太赫兹健康水有五大特点 :

Terahertz healthy water has the following five characteristics:
Air sihat Terahertz mempunyai lima ciri-ciri seperti berikut :


1. 直链型水 / Straight Chain Water / Air Rantaian Lurus
更容易于人体细胞吸收。
    Easier absorption by human cells.
    Lebih mudah diserap oleh sel-sel manusia.





2. 底粘度 / Low Viscosity / Kelikatan rendah
太赫兹水的底粘度底为原水的 1/680, 口感柔软滑。
    The viscosity of terahertz water is reduced to 1/680 of the original water, the taste is soft and smooth, increase the rate of water absoprtion.
    Kelikatan air terahertz dikurangkan ke 1/680 daripada air biasa, rasa air adalah lembut dan licin, menambah kadar serapan air oleh sel-sel.






3. 抗辐射 / Anti-Radiation / Anti-radiasi
通过太赫兹健康水仪器处理 3 分钟后的水,抗辐射能力提升 2 倍!
    After treated the water for 3 minutes with the terahertz water device, the ability of anti-radiation is increased by 2 times!
    Selepas dirawat dengan alat sihat terahertz selama 3 minit, keupayaan anti-radiasi bertambah sebanyak 2 kali ganda!






4. 抗氧化 / Anti-oxidation / Anti-Pengoksidaan  
由于环境因素或无规律作息等这些可抗或者不可抗的因素会对人体产生过剩自由基,经过太赫兹健康水仪器处理 3 分钟后的水总抗氧化比率为 76% , 相当于抗氧化能力提高 4 倍!
    Due to environmental factors or irregular work schedules and other resistant or irresistible factors, excessive free radicals will be generated to the human body. The total antioxidant ratio of water after 3 minutes of treatment with a terahertz healthy water device is 76%, which is equivalent to an increase in antioxidant capacity 4 times!
    Disebabkan faktor-faktor persekitaran atau jadual kerja yang tidak tertentu dan tentangan lain atau faktor-faktor tarikan, radikal bebas yang berlebihan akan dihasilkan dalam badan manusia. Jumlah nisbah antioksidan air selepas dirawat dengan alat sihat terahertz selama 3 minit adalah 76%, bersamaan dengan penambahan kapasiti antioksidan sebanyak 4 kali ganda!




  

5. 杀菌 / Sterilization / Pensterilan
由于低频率能够对不健全或不健康的细胞形成天然的 仰制作用,该现象称为 “相消性干扰”。
    Because low frequencies can form a natural inhibitory effect on unhealthy or unhealthy cells, this phenomenon is called “destructive interference”.
    Disebabkan frekuensi rendah boleh membentuk perencatan semulajadi terhadap sel-sel yang tidak sempurna atau tidak sihat, fenomena ini digelar sebagai “penghancuran gangguan”.





















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