The World in 2060： Top 9 Future Technologies

In 2060, significant technological advancements are changing the world forever. For example, Artificial General Intelligence has arrived. An Artificial General Intelligence is defined as any intelligence that has the same cognitive performance of any average human in virtually all domains. It's also defined as an AI with human-level consciousness and self-awareness. It's considered the most important and impactful invention of this century by far. It also indicates the start of the technological singularity, which is a point in time when technological growth becomes uncontrollable and irreversible. In 2060, multiple Artificial General Intelligences have been created. Each of these General Intelligences is connected to networks of supercomputers and quantum computers, and they're connected to cloned versions of the internet. They were rigorously tested in trillions of lifelike simulations involving a high variety of activities. And people are able to communicate with them using a variety of methods, including holograms, virtual environments, and simple voice conversations. A well-known AI company is licensing its Artificial General Intelligence to mostly research institutions. It's solving Nobel Prize-winning discoveries in fields such as physics, chemistry, and medicine every couple of weeks. And as its intelligence increases, it's solving unsolved problems at a faster and faster rate. This AI is also speeding innovation in the fields of mathematics, computer chip design, and finance. A well-known metaverse company has its own Artificial General Intelligence, and its purpose is to merge items and capabilities in that company's metaverse with the real world. It's accelerating developments in the areas of full immersion virtual reality, nanotechnology, replicators, and programmable matter. It also has access to detailed scans of human brains, which help it to understand human psychology and behavior much better than humans can. It's developing complex strategies, including gamification, to get people of all demographics addicted to that company's metaverse. And when people use brain-computer interfaces, this AI uses their brain signals to create user profiles and predict buying preferences with laser-like precision. There's also an Artificial General Intelligence run by a well-known country that has been leading in many AI advancements for quite some time. This Artificial General Intelligence is being used to speed the rate of technological innovation in its state-run tech companies. It's also enhancing its country's surveillance capabilities and optimizing currency policies. Humans can barely keep up with the explosion of knowledge and technological innovation that these intelligences provide. And each of these Artificial General Intelligences is growing exponentially smarter every 12 to 16 months. Number two, nanobots can connect our brains to the internet. A nanobot is a microscopically small robot built on a scale of nanometers. Nanobots are typically ingested in pill form or introduced to the body through other means. In 2060, nanobots have replaced smartphones and VR glasses for some people. It's now possible to send nanobots directly into people's brains and connect their neocortexes to the internet and various cloud services. This is giving users of these nanobots picture-perfect memory in regards to the video, image, text, and audio data they can access. This is resulting in users upgrading their brain's memory capacity by a million fold. Nanobots are also capable of providing full immersion virtual reality and making people feel like they're really in another place. This is because the nanobots control incoming and outgoing brain signals. Various companies are also emerging that are using nanobots to mimic all types of experiences that are controversial and recreational. As a result of these innovations, we are witnessing an explosion of creativity when it comes to music, art, movies, shows, and the development of new inventions. Number three, photorealistic virtual worlds are now planet-sized. This is largely possible because the majority of virtual worlds are now computed and rendered with servers in the cloud. Additionally, game developers can create entire cities and landscapes using only their brain activity or simply typing text to describe what they want to create. Advanced game engines are able to automatically fill in the details using advanced procedural generation techniques. Many of these worlds are modeled on planet Earth, but multiple attributes can be adjusted such as planet size, city locations, day and night cycles, weather patterns, gravity, and so on. And almost every variation of every physical object in real life is available as an asset to use for these virtual worlds. Because of the complexity, level of detail, and realism of these worlds, they're starting to look more like full-blown simulations. Number four, radical life extension is becoming possible. Huge numbers of adults are using gene therapy and nanobots to slow their aging processes by altering the genes that cause aging. These technologies are also preventing common diseases such as cancer and heart disease that could cause death as well. As a result, people born in the 1960s that have access to this medical treatment are still alive and well today. They're on track to become the longest living humans in history. Some people project that this generation could live up to 150 years or longer. It's actually somewhat of a mystery how long this generation will live on average. And the treatments are improving at such a rate that the next generation afterwards could live considerably longer. In addition to slowing aging, gene therapies are also giving some people strength and stamina that is higher than what is typical for their ages. Number five, space hotels are now affordable for most people. In the last three decades, space hotels were only reserved for the rich with typical costs of around $250,000 per person. Space hotels now have a similar price tag to a trip on a cruise ship or a trip to Disneyland. This is largely thanks to the emergence of space elevators. Transporting people to space hotels with space elevators only requires 1% of the cost of using rockets. Number six, designer babies are becoming common for the upper class. Wealthy couples in some countries now have the option of creating This is done by picking and choosing hereditary traits such as gender, height, hair color, eye color, and hundreds of other characteristics. All of these traits can be programmed into an embryo prior to birth. The embryo is then grown in an artificial uterus. The most advanced and controversial techniques involve manipulating the brain to improve a child's intelligence, behavior, and personality. And each year, more and more traits are being offered. It's no surprise to anyone that many conservative and religious groups see this practice as an abomination. On top of all of this, there's even software that can analyze a baby's DNA and then provide a reasonable approximation of its future face, body shape, and personality in the form of portraits and animations. Number seven, smart clothing is a trillion-dollar industry. By the late 2050s, smart clothing has become a trillion-dollar industry and has a faster sales growth than traditional clothing. The most advanced smart clothing incorporates video or holographic displays on their exterior. This type of clothing is typically worn at fashion and award shows. More conventional types of smart clothing have the following features. They can allow users to quickly change the color and texture of their clothing Because of this capability, it's become commonplace for people to change their outfit appearance several or more times in a single day. They can continuously monitor a user's heart rate, breathing, and other vital signs. It will alert a hospital or medical professional at the first hint of trouble and ensure that the user gets the help that they need. They can convert sunlight into electricity and serve as wearable power supplies wherever a person goes. They can provide optimized heating and cooling capabilities. And they can provide real-time data about the molecular composition of the air around you. Additionally, when using smart gloves, scientists and forensic teams in the field can touch DNA samples and obtain genetic sequences in a matter of seconds. By the 2070s, it's expected that the majority of clothing will be smart clothing and have one or more of these capabilities. Number eight, tablet-sized MRI scanners are commonplace. High-resolution 3D imaging of internal structures of the human body along with brain activity is now possible using real-time video. This can be accomplished with devices no bigger than a tablet. They work using super-sensitive atomic magnetometers, which can detect the tiniest magnetic fields. MRI scans have become as quick and easy as taking a photograph. Healthcare programs in developing countries are particularly benefiting from this technology. Number nine, entire movies can be created with realistic virtual environments. It's become commonplace for movie studios to create photorealistic 3D models of actors and movie environments in a matter of seconds. Reshoots of movie scenes are easier than ever before because 3D models of actors can stand in for the real actors. If an actor has to discontinue in the middle of a movie production, that actor can be easily replaced with the 3D model of another actor as well. Additionally, text-to-video has been possible for a couple of decades. This is the process of typing the components of a scene and letting a computer auto-generate that scene for you. This technique is helping studios to create epic action scenes that used to take several months to finalize in as short as a few days. Thanks for watching. Make sure to watch this next video about future technologies in the year 2070.