On June 26, 2023, the World Economic Forum (WEF) released its Top 10 Emerging Technologies of 2023, which highlights technologies that will have a positive impact on society over the next three to five years. The report not only lists the cutting-edge technologies and their associated risks and opportunities but also assesses the potential social, economic, and environmental impacts of each technology. In this blog post, we will discuss these emerging technologies in various fields.
Emerging Technologies in Various Fields
Future electronics will be more “flexible,” ranging from robust computer screens to “smart” apparel. Power supplies that can keep up with the rapid development of bendable displays, flexible electronics, and wearables are desperately needed. With the introduction of thin, flexible batteries to the market—made of lightweight materials that are easily bent, stretched, and twisted—standard rigid batteries may soon become obsolete. Future bendable smartphones, biomedical sensors and wearable medical devices, flexible displays and smartwatches, and even today’s foldable phones can use flexible batteries as a springboard for greater folding are just a few of the applications for flexible batteries. Even though today’s foldable screen phones have advanced to a mature stage—like the Honor Magic V2, which not only has a thinner body but also three screens for operation—the HONOR Magic V2 price is still incredibly affordable. The left and right folded phones can be unfolded like a book. The body will be thinner if it is coupled with a flexible battery in this way.
Generative Artificial Intelligence
Generative artificial intelligence is a potent kind of AI that uses sophisticated algorithms and learning techniques that are modeled after the human brain to identify patterns in data and produce new and creative content. Although the current applications of generative AI are limited to text, computer programming, images, and sounds, there is a vast array of additional applications that this technology can be used for, such as drug design, architecture, and engineering. When it comes to work environments, the application of AI-based language models, like the recently well-liked ChatGPT or its offspring, can increase output quality and productivity by moving human tasks from rough drafting to idea generation and editing. For workers with lower skill levels, AI generation technologies are especially helpful as they boost their self-efficacy and job satisfaction.
Sustainable Aviation Fuel
Sustainable aviation fuel, or SAF, is a solution that doesn’t necessitate significant modifications to the current aviation infrastructure and equipment. SAF is made from both biological and non-biological sources, like carbon dioxide and biomass. By utilizing SAF in conjunction with other carbon reduction tactics, such as system-wide operational efficiencies, novel technologies, and carbon offsets, the aviation sector ought to be able to attain net zero carbon emissions within the next few decades. The capacity to create SAF from biological feedstock with renewable energy sources is currently growing steadily. The International Air Transport Association predicts that SAF production in 2022 will be nearly three times higher than in 2021, at least 300 million liters (an optimistic estimate of 450 million liters). Concurrently, an increasing number of airlines are pledging to use SAF. Global collaborations like the Forerunner Alliance and the World Economic Forum’s Clean Skies for Tomorrow Initiative will help to accelerate this trend going forward.
Phages are viruses that infect particular kinds of bacteria only. Scientists can modify the way bacteria function by bioengineering phages. For example, they can make the bacteria produce therapeutic molecules or become drug-sensitive. Engineered phages have demonstrated promise in the treatment of microbially associated illnesses, including hemolytic uremia (HUS), a rare but dangerous kidney and blood clotting function-related illness caused by E. coli. Since the start of 2020, 29 of the 44 phage-related clinical trials with therapeutic goals have been published. Natural and synthetic phage therapy is becoming a potent tool for modifying the microbiome and enhancing plant, animal, and human health.
Progressing innovation is necessary for future development, and the goal of developing these new technologies is to live better lives. While utilizing new technologies wisely in this situation, we shouldn’t sacrifice profitability. Our lives will become more pleasant and convenient in the near future, I think, allowing everyone to appreciate life’s beauties.