It’s a fast-paced world, isn’t it? The human species, despite its many flaws, is one defined by innovation. Innovation has been around since the earliest humans discovered fire, wheels, and metal forging. This has continued to modern-day medical researchers, technology, and development. Progress and improvement are characteristic of human history. Many of these advancements lose their relevance over time. While others, like Spectrum internet packages, become permanent fixtures in everyday life. But some seem just a novelty initially and go on to become game changers several years down the road.
The Most Exciting and Promising Emerging Tech
If you’re interested in learning more about what the future may look like, consider some emerging technologies of today. Remember, in the early days of the internet, most simply saw it as an amusing feature to have on a computer. Today, the internet forms the information superhighway that is integral to our world. It supports governments, businesses, and even individual consumers. Some of the new tech below may not seem like much. But don’t underestimate growth potential in the years to come. Here are a few that deserve a closer examination:
Using Carbon Dioxide in Chemical Manufacturing
The chemicals manufacturing industry often depends heavily on the use of fossil fuels. A small to mid-sized chemical manufacturing plant can release a lot of pollution. In any case, a very large carbon dioxide footprint impacts the environment. This is because they use fossil fuels as furnace fuel or as direct raw material. The industry remains one of the largest contributors to global warming.
However, most pharmaceutical medicines, synthetic lubricants, and even paint require these chemicals. Therefore, shutting down the industry itself will only cut off the supply of essential needs. Luckily, change may be on the horizon. Many large players in the chemical industry are shifting to the “solar refinery” model. Making use of advancements in solar-activated compounds, the concept is much closer to reality than before. In any case, the idea of a refinery that utilizes carbon dioxide instead of fossil fuels is very appealing. Not only will it cut down global reliance on fossil fuels, but it will also cut down the volume of carbon dioxide in the air. Both can contribute significantly to averting a climate crisis.
Creating Virtual Organ and Patient Models for Studies
What good is technology if it does not improve the quality and expectancy of human life? Penicillin saved millions of lives. Many of these were wounded soldiers that may have otherwise succumbed to infections or sepsis. Similarly, certain aspects of modern allow healthcare providers to offer better levels of care to their patients. Of course, a lot of research and testing goes into any new drug or medical substance. Manufacturers need to guarantee and demonstrate safety. They also need to disclose all known side effects before it a substance gets approval. Bodies like the FDA are typically responsible for blocking any dangerous medication, including ones that haven’t been tested extensively.
Of course, research, testing, and development are lengthy and expensive processes. Generally, the more the R and D costs, the higher the cost of the medication. But, AI and advanced data science may play a pivotal role in solving this problem. AI and ML can crunch through large volumes of data and create complex models. The technology can do the same with medical data, such as the information that health departments pool together. With virtual “humans” instead of real ones, the risks are much lower. Therefore, pharmaceutical research and development could proceed much faster. And with a higher degree of accuracy, the chances of a bad drug slipping through go down.
Utilizing Modern EV Tech in Commerical Aviation
Electric vehicles have gained a reputation as our saviors from fossil fuels. In the past, manufacturers adhered to vehicles that burn fossil fuels like diesel or gasoline. That’s because fossil fuels were more readily available than most other energy sources. Not to mention that the global oil business remains one of the largest sectors in the world, even today.
But over the years, better technology has emerged in terms of efficient and powerful batteries. This has set the stage for electric vehicles. Tesla, Audi, BMW, Mercedes, and even Ford have already developed both high-performing and daily-driver EVs. With a fraction of the cost of fossil fuels, EVs are far more efficient and sustainable than other vehicles. Road emissions have one of the largest carbon footprints. Something that EVs can cut down immensely. Of course, road vehicles aren’t the only fossil fuel consumers. Commercial air travel also depends on fossil fuels. There is now a growing paradigm shift within airlines and aerospace manufacturers. Specifically, about using modern electrical technology to power commercial flights.