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Honor Superfast 100W Wireless Charging

19.04.2022

Honor has announced a wireless charging station called Honor Superfast. The device has a power of 100 W and is able to charge not only smartphones, but also headphones that support wireless charging, as well as electronic gadgets that support the Qi standard.

The Honor Superfast 100W has a vertical design and a fairly minimalist design. The device is made of metal and also uses a dual coil design, which allows you to place the smartphone not only vertically but also horizontally. In addition, the charging dock is equipped with a built-in cooling fan that adjusts its speed according to different scenarios.

The LED indicator mounted on the device case indicates the state of charging, as well as the ingress of foreign objects between the back cover of the gadget and the surface of the device itself.

According to the Chinese manufacturer, thanks to Honor Superfast, the smartphone will charge from 0 to 100% in just 35 minutes. At present, the Honor Magic 100 series supports the 4W ultra-fast wireless charging standard. However, the charger can charge devices from other brands.

Honor Superfast 100W is already available for sale in China. The cost of the device is 399 yuan ($62).

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The skin is most damaged by smoking and ultraviolet radiation. 26.02.2024

Researchers at Laval University in Canada have found that exposure to tobacco smoke combined with ultraviolet rays can significantly accelerate the aging process of skin, Scientific Reports (SR) reports.

Scientific work demonstrates the need for a conscious attitude towards factors affecting skin condition. Avoiding exposure to tobacco smoke and UV rays is key to maintaining healthy, youthful-looking skin.

The skin aging process is a complex process that is influenced by both internal and external factors. In recent years, it has become known that exposure to various external factors can have a significant impact on the condition of the skin. However, little was known about the interaction of these factors with each other.

The purpose of the study was to study the effect of the combined action of tobacco smoke and ultraviolet rays on the skin. The study used skin substitute models that were exposed to tobacco smoke extract and simulated solar energy.

The study results showed that simultaneous exposure to cigarette smoke and ultraviolet rays leads to a decrease in procollagen synthesis and inhibition of the TGF-beta signaling pathway responsible for skin regeneration. There was also an increase in MMP-1 activity, which led to the breakdown of collagen proteins needed to maintain skin firmness and elasticity.

Additionally, an increase in pro-inflammatory cytokines and activation of certain signaling pathways were identified, indicating an anti-inflammatory response of the skin to exposure to cigarette smoke and ultraviolet rays.

These results highlight the importance of avoiding the combined effects of various environmental factors on the skin, especially when reducing risk behaviors such as smoking and protecting from sun exposure.

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