The ability to store and process information is as critical today as it was to the growth of early human societies. Considering the great civilizations of human history, the pen is mightier than the sword. We discuss them in brief in this article.
Artificial intelligence refers to the ability of machines to act intelligently. This means that machines can make decisions and carry out tasks based on insights from data. AI and Machine learning play a bigger part in everyday life than you could imagine. Every Google search you make, Netflix recommendations, and Amazon’s product recommendations, are examples of this fact. The truth is that AI would transform almost every aspect of modern life.
Without AI, we wouldn’t have had breakthroughs in IoT, Virtual reality, facial recognition, and other aspects. New jobs would surface to replace whatever jobs become redundant as a result of improvement in technology. As machines become more capable of carrying out more difficult tasks, human capabilities such as creativity and critical thinking would become more valuable in the workplace.
Genomics is a field if biology that looks at manipulation of the DNA of living organisms. There are groundbreaking innovations in stem cell treatments, gene therapy and others that improve the ability of the body to repair itself. Regenerative medicine has advanced a lot and is helping to eliminate suffering, restore health and enhance wellbeing of individuals. Gene editing enables genetic engineering to optimize the genetic structure of organisms.
Much of the work in gene editing is in healthcare. Much of the work do with gene editing is in the field of healthcare. Among the most exciting current projects is the ability to improve genetic composition. It has been successful in treating cancer and elongating human life. In the past, these possibilities were far-fetched, but today, it is no longer the case.
Meanwhile, Human-computer interfaces create technology which help to improve the performance of individuals. About the most popular wearables today are fitness tracking bands and smart watches. These small and simple devices monitor our activity help us lead healthier and more productive lives. That is the general meaning of wearable. However, the use of the term “wearable” extends beyond that. Running shoes, robotic prosthetics and other technology are use in industrial settings. We also have smart glasses and smart contact lenses.
Then, Extended reality is an umbrella term for virtual reality, augmented reality, and mixed reality. It refers to the use of technology to create massive digital experiences. At the moment, extended reality has been used to boost brand engagement. For instance, customers can try products before they buy. When customers are able to use technology to experience products before they buy, the sale is easier. Such a brand closes more deals. Car manufacturers know this and have started to incorporate virtual reality in their showrooms. The likes of Tesla and others have already started giving their customers virtual test drives.
Virtual reality and the metaverse are based on the idea of a virtual universe where you can be whoever you want. While experiencing exploring the digital world of gaming or meeting up or going to events just like in the movie ready player One.
At the moment accessibility and availability are obstacles to the adoption of extended reality. This is because extended reality headsets are quite expensive. Yet, with time the technology will become more available and affordable. This would increase the widespread adoption.
3D printing is also known as additive manufacturing. It means creating 3D objects from digital files by building them layer upon layer. Although it may seem distinctly more low-tech than AI or Gene editing, it has the potential to transform manufacturing and other industries.
By leveraging 3D printing, factories could in the future print spare parts for machinery on-site. Entire assembly lines could be replaced with 3D printers. You can see the use case and why manufacturing plants have started to invest in research in this technology.
So, One exciting feature of 3D printing is the potential it brings for the mass personalization of products. Thanks to 3D printing, designs can be customized to suit one-off requests. This could be anything from personalized sneakers for professional athletes to personalized food to cater to an individual’s nutritional needs.