The idea that the application of advanced science and technology is only good for human beings and not bad for them is not entirely correct.
While the application of advanced science and technology can bring many benefits, such as increased productivity, improved health care, and enhanced safety, they can also have some negative impacts on human beings.
The application of advanced science and technology may lead to environmental damage and waste of resources. Excessive use of fossil fuels can lead to climate change and air pollution, while large-scale exploitation of mineral resources can lead to land degradation and ecosystem collapse.
The application of advanced science and technology may exacerbate social inequality and the gap between rich and poor. For example, the development of automation and robotics may lead to massive unemployment of workers, thus increasing the risk of poverty and social instability.
The application of advanced science and technology may also have a negative impact on human physical and mental health. For example, prolonged use of electronic devices may lead to eye fatigue and insomnia, while over-reliance on social media and the virtual world may lead to loneliness and depressive symptoms.
We need to apply advanced science and technology while carefully considering their potential negative impacts and taking appropriate measures to mitigate them.
There are a wide range of application scenarios for advanced science and technology, with the following four scenarios in the fields of smart wearable devices, automotive industry, robotics, and advanced manufacturing;
1. Smart wearable devices:
This kind of devices integrating a number of advanced technologies, such as smart watches
Smart Wearables:
This kind of device integrates several advanced technologies, such as smart watches, smart glasses, etc., which not only brings unprecedented convenience, but also leads the new style of future technology. Through smartwatches, we can conveniently answer phone calls, send messages, monitor health conditions and so on.
2, the automotive industry :
In automotive manufacturing, advanced science and technology has also been widely used. Advanced processor automotive grade high-end processor can provide powerful arithmetic support, so that the car has more intelligent functions.
3, robotics :
Humanoid robots integrated artificial intelligence, high-end manufacturing, new materials and other advanced technologies, is expected to become the next generation of science and technology products following the computer, smart phones, new energy vehicles. It is expected that humanoid robots will be mass-produced in 2025.
4, advanced manufacturing :
Manufacturing industry, "hard science and technology" projects, such as new materials, new processes, research and development and application is continuing to promote the development of advanced manufacturing.