It took about 4 years for Huawei to launch the new Watch 3 generation, so it is not difficult to understand that this product is significantly different from the design of its predecessor Huawei Watch 2. The thick screen bezel and the 2 side buttons did not. there’s more. Instead, the 3D rotary knob looks luxurious and high-end. This dial offers more intuitive navigation, precise zooming and zooming, and is weather-resistant, working with gloves on. The body of the watch is made of stainless steel while the Pro version has some premium materials such as ceramic, titanium and sapphire glass. Watch 3 is equipped with a 1.43-inch AMOLED screen with a resolution of 466×466 and a pixel density of 326PPI, brightness up to 1000 nits, good outdoor display. The refresh rate reaches 60Hz for a smoother experience. Previously, Huawei was often criticized for using a low refresh rate screen to save battery, so it was fixed on the Watch 3. This screen is also protected by tempered glass. Huawei has created many different versions for the watch: Active (with silicone strap), Classic (leather strap), Elite (metal band) and Classic (Milanese strap). Huawei Watch 3 uses Hi6262 chipset with LTE support and Harmony 2.0 operating system, 2GB RAM, 16GB memory. Watch 3 supports eSIM, LTE, Wi-Fi and GPS along with sensors such as heart rate sensor, SpO2, and for the first time on Huawei wearables, it is a body temperature sensor, which is very necessary in this era. this disease. One of the important upgrades of the Watch 3 is the first device equipped with Harmony operating system – the operating system developed by Huawei. The first big plus is that the App Gallery is already on the watch. This means you can install standalone apps that transfer from your smartphone. Some other interesting features such as the ability to remotely control the camera on a smartphone, unlock a car or control smart home appliances. You can monitor your body temperature, heart rate, SpO2 and sleep in real time. The built-in fitness assistant supports over 100 workout modes and can also track your VO2max performance. Huawei smartwatches are famous for their long battery life, even with the addition of an eSIM and a 60Hz screen, the Watch 3 can still meet 3 days of use in 4G mode and up to 14 days in super battery life mode. long. Huawei Watch 3 Pro has a larger battery and can last 5 days on 4G and 21 days in super power saving mode. Huawei Watch 3 Series will be available on the market from June 2021, in the Chinese market, the Watch 3 will have a starting price of 407 USD and the Watch 3 Pro is 517 USD, launched on June 28. According to gizmochina, phonearena

But many Covid-19 tests can give results within hours without sending the sample to a lab, and most of these tests use an approach called microfluidics. What are microfluidics? A microfluidics system is any device that handles small amounts of liquid. Fluid moves through channels thinner than a hair, and tiny valves can turn the flow on and off. These channels are made of materials such as glass, polymers, paper or gel. One of the ways to move liquids is to use a mechanical pump; another way is to use the surface charge of certain materials; and one more way is to use so called capillary action – commonly known as wick. One thing is clear, every nook and cranny of the human body is microfluidic. We could not be born or function without complex blood capillaries that carry food, oxygen, and signaling molecules to every cell. Like microelectronics, size is a key factor in microfluids. As components get smaller, devices can rely on the exotic properties of liquids on a small scale, can work faster, more efficiently, and have cheaper manufacturing costs. The microfluidics revolution has been quietly shouldering microelectronics technology. Another major benefit of microfluidic devices is that they require only a very small amount of liquid and can therefore be very small in size. NASA has been considering using microfluidic analyzers for their long Mars missions. The analysis of precious liquids – such as human blood – also benefits from the ability to use small samples. Example: A glucose meter is a super liquid instrument that requires only one drop of blood to measure a diabetic’s blood sugar. Chances are you have been using microfluidics quite often in your life. Inkjet printers shoot out tiny droplets of ink. The 3D printer extrudes the molten polymer through a microfluidic nozzle. A nebulizer for asthma patients will spray out tiny droplets of medicine. The pregnancy test relies on the flow of urine in a microfluidic strip of paper. In scientific research, microfluids can direct drugs, nutrients or any liquid to very specific parts of an organism to more accurately simulate biological processes. The future of microfluidics Microfluidics will be key to bringing medicine into a new, fast-paced, affordable era. Wearables that measure substances in sweat to track fitness progress and implantable devices that help deliver cancer drugs locally to a patient’s tumor are some of the next frontiers in microbiology. biomedical liquid. Researchers are developing complex, fascinating microfluidic systems called organs on a chip that aim to simulate different aspects of human physiology. In laboratories around the world, teams are developing tumor-on-chip platforms to test more effective cancer drugs. These patient-representative chips will allow scientists to test new treatments in a way that doesn’t entail the cost, suffering, and ethical issues associated with animal or human testing. Imagine going to the doctor, taking a biopsy sample and, in less than a week, using the scientists’ microfluidic device, the doctor can figure out which drug is most effective to remove the mass. your u. While that is still in the future, what we do know is that microfluidic will be an integral part of the future.