General artificial intelligence is getting closer and closer, and AI will drive breakthrough innovations across all industries and scenarios, from smart grids to electric vertical take-off and landing aircraft, to direct satellite-to-ground communications and assistive robots.
Energy production and consumption patterns will change in the future. Households have always been users of electricity, but are now gradually able to produce and store electricity. Smart grids can adjust electric vehicle charging patterns, such as charging during off-peak hours to save money, and then feed excess PV power back into the grid during peak hours, promoting a more sustainable way of consuming electricity for society as a whole.
Flying cars used to be the stuff of science fiction. Today, they’re a reality. eVTOL prototypes can now take off and land vertically without a runway. These electric aircraft will change the way we travel. Not only will they ease traffic congestion, but as battery technology improves, they could also get us to our destinations faster. Even in the Andes or Mount Kinabalu, budget satellite phones can give you full coverage.
The feeling of having no signal on your phone could be solved with a . Thanks to the decreasing cost of satellite launches and the continuous development of , more people can stay connected with powerful satellite phones , even if they are in the middle of the Pacific Ocean or on the top of the highest mountain in the world.
Video calls have become the norm, but many people still prefer face-to-face communication. Immersive communication software will bridge the gap between the two. With innovative technologies such as augmented reality, virtual reality, mixed reality and naked-eye 3D imaging, we can realistically restore various details in the virtual world and take a holographic journey in virtual calls and meetings.
Brain-computer interfaces (BCIs) are mainly used in the medical field. BCI helps paralyzed patients regain the ability to walk independently by sending electronic signals. This technology is expected to be used in a wider range of real-world scenarios. In the future, you may be able to shop or bank simply by imagining an action in your mind or moving your eyes.
Leading game technology also has many uses in the real world, such as full-motion simulator vision systems or the use of enhanced learning for Artificial Intelligence training. Next, immersive game engines and digital twin technology will enter the classroom to provide students with interactive and realistic scenes. Students can walk with dinosaurs and explore the surface of Mars, and the learning process will become fun.
Using artificial intelligence and gene editing technology to cultivate high-yielding crops to meet the nutritional needs of the world's population.
It is estimated that by 2025, food production will need to increase by 60% compared to 2018 to feed the growing world population. Agriculture is a major consumer of water and energy, and improved gene editing technology can play a role in breeding superior varieties, increasing the nutritional value and yield of crops, while improving their resistance to drought and disease.
Robots are becoming increasingly intelligent and more dexterous, so that they can perform a variety of tasks in different environments. Robots have made great progress in their hands and brains, allowing them to perform delicate and precise movements. Imagine them playing the guitar, cooking, cleaning, and even helping doctors perform surgeries.
People often feel like 24 hours a day is not enough: not only do we have to send emails, organize financial information, but we also have to do our daily shopping online. Fortunately, customized AI assistants are becoming a reality. With the advancement of artificial general intelligence (AGI) technology, personal AI assistants can help you complete simple or complex tasks, leaving you more time to focus on enjoying life.
High-performance computing clusters are already capable of processing information at incredible speeds. The convergence of cloud computing, quantum computing, and edge computing, along with greater energy efficiency, heralds a new generation of sustainable high-performance computing. These supercomputers are faster than ever imagined, enabling faster discoveries in science, medicine, and finance.