[INTRO] Today's technology advances at a rapid rate. There seems to be a new technology that will revolutionize the future sometimes every single day. But with so many significant technology advancements occurring constantly, it is simple to lose sight of how quickly things are changing. There are artificial intelligence (AI) algorithms that can create graphics from nothing more than a spoken suggestion and write original poetry. There are also bionic eyes, enormous holograms, and lab-made meals. [HOOK] What are some pieces of technology that could change the world and the way we live our lives? Let’s find out in today’s video! Make sure to stay until the end, trust me, you DON’T want to miss this! [BODY] One of the many things that technology is capable of is transforming the world. We are fortunate to live in a period where science and technology can help us, make our lives simpler, and inspire us to rethink how we conduct our daily lives. The technology to which we are already exposed and acclimated has allowed us to innovate further, and the technologies on this list, both present and emerging, have the potential to significantly improve our quality of life. Here are 5 technologies that will change humans’ lives in the future. 5. Extended Reality (XR) One of the most promising technologies on the market, extended reality is the next development in virtual experiences. The technology can create a hybrid environment and has the ability to change the actual world when combined with AR, VR, and MR. These technologies are the fuel for the upcoming big transformation in human society, and the next stage is to mainstream them. The XR market is anticipated to grow to USD 397.81 billion over the following four years. One of the most groundbreaking inventions in the previous ten years has been virtual reality, which is now more widely available. In 2024, the market is projected to quadruple from its present value of USD 6.7 billion to USD 12.19 billion. Engineers will be able to utilize enormous volumes of data because of XR technology. The internet of things generates a lot of data, which should be processed by our mobile devices, artificial intelligence, and machine learning algorithms to produce a digital twin of assets with the aid of XR. Many industries will benefit from new prospects that Extended Reality will bring. It will improve our quality of life in many spheres, from entertainment to education. Communication is just another way that XR may benefit people and companies. The distance barrier can be eliminated. Remoteness can be problematic and impede communication, particularly in geographically distributed enterprises. Longdistance useful insights can be facilitated by 3D settings produced by XR. A whole new world of opportunities will become available to us if more and more individuals begin utilizing immersive technologies. Immersive technologies are expected to have a similar impact on our lives as the internet, smartphones, and social media did. We can live in a new dimension thanks to extended reality, and it seems fascinating. 4. Gene Technology New genetic technologies are both thrilling and disturbing. By modifying individual genomes or choosing particular embryos, society may be able to eradicate diseases and prevent health issues. But technology could also result in "superhumans" who are enhanced for specific traits (like intelligence or beauty) and worsen social disparities. Genetic testing is a sort of genetic technology that is already available. This entails conducting tests to determine the gene variants you have inherited. They can be used for a variety of things, including identifying rare diseases and using commercial services that give you family history or medical information. However, a rapidly emerging field is helping us better understand the impact our genes have on our life by analyzing the DNA of a vast number of people. This might make it easier to create medications that take into account the genetic composition of each patient. Patients in the UK are asked to donate a blood sample, which is then examined for a gene or genes associated to a particular condition or the patient's complete genetic makeup. Doctors can do more than only genetic disorder tests. The goal of genome editing is to "identify and replace" genes, either by swapping out unhealthy ones for the defective ones or by altering the behavior of the genes. The majority of individuals concur that genetic technologies have the power to prevent and treat disease. There seems to be agreement on who should be responsible for developing these technologies and who should be in charge of regulating them. Choosing how much and how far that technology should be developed and managed is the next, more challenging step. This is not just a hypothetical query. We are all likely to encounter circumstances as we become older when genetic technologies can improve our quality of life or the quality of life of others we care about. 3. Human-Computer Interfaces Making computer interactions as human-like as feasible required the application of this branch of study. HCI initially concentrated on improving the usability, usability, and learning curve of desktop computers. The use of computing has shifted away from desktop computers as a result of the internet and smartphones, making it easier to use mobile and smart devices. The study of HCI encompasses a wide range of topics nowadays, including user-centered design, user interface design, and user experience design. User interfaces are projected to become more widespread and customizable in the future, not just on screens but also in daily life. The end outcome will be a world where computing is experienced through all senses, rather than simply a screen. The tremendous technological advancements of tablets and smartphones, which have produced a myriad of new interactions, represent this transformation, which has just recently begun to be felt. A modern phone, for instance, has more power than the entire NASA in 1969. HCI is changing in other ways, too, as with the use of speech recognition or touch screens. Only a small portion of the potential of this kind of connection exists in the capacity to plan appointments, do internet searches, or manage chores using voice commands. 2. 3D Printing The world as we know it is changing due to 3D printing. With the use of this intriguing technology, we can turn computer drawings into tangible items, expanding our options for production and design. Whether you're a hobbyist or a business owner, 3D printing allows you to make things that aren't possible to make using conventional manufacturing techniques. Numerous uses for this technology exist, and it has the potential to revolutionize how we make and work with objects. 3D printing can be used in various fields such as healthcare, interior design, architecture and many more. Additionally, 3D printing is assisting in bringing down the price of production. 3D printers can lower production costs by using less energy and producing less trash. As a result, 3D printing enables more affordable product manufacturing. More people now have access to reasonably priced goods, which is enhancing people's quality of life all across the world. 1. Artificial Intelligence Lastly, we have AI. This piece of technology which executes objective functions using data-trained models and frequently falls into the categories of deep learning or machine learning, has already had an impact on practically every significant business. The proliferation of connected devices, strong IoT connectivity, and ever-faster computer processing have all contributed to a significant increase in data collecting and analysis during the past few years. While some industries are just beginning their AI journey, others are seasoned travelers. Both still have a ways to go. Whatever the case, it's difficult to ignore the impact AI is having on our daily lives. AI has the potential to significantly impact sustainability, climate change, and environmental challenges on a far larger scale. Ideally, cities will become less congested, less polluted, and generally more livable, in part thanks to the deployment of advanced sensors. [OUTRO] And that’s it for the video! Which of these do you believe humanity will be able to achieve the closest to perfection? Let us know your thoughts in the comments below! As always, if you enjoyed today’s video, make sure you give it a big thumbs up, and subscribe to the channel for more content. Thanks for watching, and I’ll see you in the next one!
