Post by account_disabled on Feb 27, 2024 5:59:55 GMT
City with a population of 1 million people will appear on our planet every month for the next 20 years. This and other factors will lead to an unprecedented load on exhaustible energy sources. Fortunately, the energy problem can be solved. Solar energy alone is able to meet today's energy demand in the world - it is enough to build 25 solar superpower plants with an area of about 100 km² each. Compare this with the 170,000 km² of forests that are cut down every year. If we were to build solar power plants at the same pace, we would be able to build the required capacity in just three years. The latest technologies for "printing" solar cells have made their production much cheaper, which has made solar energy even more affordable for consumers. Thus, in June 2011, researchers from the University of Oregon announced the development of the latest technology for the production of solar batteries using jet printers. 7. Everything is for the good of man. Until now, we have always adapted to technology. In the future, on the contrary, technologies will adapt to us. Already today, machine vision makes it possible to shoot a Sudoku puzzle with a smartphone camera and solve it almost instantly.
Augmented reality and control of computers using gestures will help transform Costa Rica Mobile Number List the fields of education, healthcare and communications and unite the virtual and real worlds. Eventually, it may be possible to create a human-brain-machine interface that will allow people with spinal cord injuries to live full lives. 8. New reality. The gradual transition from physical reality to virtual reality continues. For example, in the recent past we bought books, CDs and DVDs, and today we download them to our computers and smartphones. Something similar will happen with other objects thanks to the use of 3D printing and "adaptive manufacturing" (the process of combining materials to create objects layer by layer based on 3D modeling data). Today, various objects are already "printed" in this way, from toys to machines and living structures. In the not-so-distant future, we will be able to print human organs as well. In March 2011, during one of the conferences, Dr. Anthony Atala from the Wake Forest Institute of Regenerative Medicine (USA) printed a model of a human kidney right on stage. So far, this is only a "proof of principle possibility", but many are sure that printing living tissues is only a matter of time.
An alternative branch of evolution. Thanks to the development of technology, we will be able to create artificial beings. Even now, animated characters can convert text into speech, recognize it, and learn the knowledge gained during previous communication. Robotics is also developing at a high pace. By 2020, robots will become more perfect than people in terms of physical capabilities. By 2025, the population of robots will surpass the population of developed countries, by 2032, the intellectual capabilities of robots will be higher than that of humans, and by 2035, they will completely replace people as a workforce. 10. The same person, only better. We crossed the threshold of knowledge and became masters of our own destinies. According to one of the most influential and famous theoretical physicists of our time, Stephen Hawking, humanity is entering an era of self-determination of its own evolution. If you think this is a science fiction statement, consider the recent discoveries: in July 2009, Spanish researchers discovered a substance for reproducing photographic memory in October of the same year, Italian and Swedish scientists developed the first artificial hand with the transfer of tactile sensations in March 2010,
Augmented reality and control of computers using gestures will help transform Costa Rica Mobile Number List the fields of education, healthcare and communications and unite the virtual and real worlds. Eventually, it may be possible to create a human-brain-machine interface that will allow people with spinal cord injuries to live full lives. 8. New reality. The gradual transition from physical reality to virtual reality continues. For example, in the recent past we bought books, CDs and DVDs, and today we download them to our computers and smartphones. Something similar will happen with other objects thanks to the use of 3D printing and "adaptive manufacturing" (the process of combining materials to create objects layer by layer based on 3D modeling data). Today, various objects are already "printed" in this way, from toys to machines and living structures. In the not-so-distant future, we will be able to print human organs as well. In March 2011, during one of the conferences, Dr. Anthony Atala from the Wake Forest Institute of Regenerative Medicine (USA) printed a model of a human kidney right on stage. So far, this is only a "proof of principle possibility", but many are sure that printing living tissues is only a matter of time.
An alternative branch of evolution. Thanks to the development of technology, we will be able to create artificial beings. Even now, animated characters can convert text into speech, recognize it, and learn the knowledge gained during previous communication. Robotics is also developing at a high pace. By 2020, robots will become more perfect than people in terms of physical capabilities. By 2025, the population of robots will surpass the population of developed countries, by 2032, the intellectual capabilities of robots will be higher than that of humans, and by 2035, they will completely replace people as a workforce. 10. The same person, only better. We crossed the threshold of knowledge and became masters of our own destinies. According to one of the most influential and famous theoretical physicists of our time, Stephen Hawking, humanity is entering an era of self-determination of its own evolution. If you think this is a science fiction statement, consider the recent discoveries: in July 2009, Spanish researchers discovered a substance for reproducing photographic memory in October of the same year, Italian and Swedish scientists developed the first artificial hand with the transfer of tactile sensations in March 2010,