futuristic predictions in the technology world

Futurists can present some exciting and horrific visions of the future of machines and science that can enhance or replace our nearby and dear activities and products.

Transferring from one location to another by long distance transmission is considered to be at the corner / in our lifetime / only a few decades, but this is not possible. Inventions like VCRs used to be high-tech, but now they are not, and they are challenging for some people: the VCR is outdated before many of us learn how to write VCRs. Who knows that cooperation with atoms and molecules will be the future of technology? The futurists of the future of predictive technology are prepared for dreamers who want to innovate better tools and mainstream people who want to benefit from new and improved. Many inventions were born in the laboratory and never entered the consumer market, while others were beyond the pace of developing good regulations for their use.

Next, we'll look at some atoms that like sound, tiny tools for molecules, lots of data, and some disgruntled people who might want to reverse all of these innovations through keyboard taps.

Zero-scale intelligence

On the smart side, no one wants to call it zero, but having zero-scale intelligence in computing means packing a large number of brains in a small package. Computer companies encourage visionary creativity, and some companies, such as Intel, and even futurists predict the direction of technology. Futurist Brian David Johnson believes that the future of computing is so small that the computer's own chassis is almost zero. We have the technology to place the computer almost anywhere, almost anywhere. In the past, the computer occupied the entire room, and then occupied the entire desktop, the lap and the palm, and then the microchip-sized casing and the atomic power transistor that was invisible to the naked eye [Source: Seligson]

Many people predict that the reduction in computing scale will also lead to the end of Moore's Law. Intel co-founder Gordon E. Moore famously predicts that the number of transistors in a chip will double approximately every 24 months. As the size of the computer brain decreases (some models are driven by only five atoms, and the development of an atom takes about 10 to 20 years), as the atomic transistor replaces the chip, it becomes smaller to reach the end point. Although the cost of innovating such a small transistor is high, will the cost be gradually reduced.
Moon, Mars, still?

Space exploration has been hit hard in the 21st century, cutting the budget of the US and other international space programs. But with the Curiosity Rover flying on Mars in August 2012 and planning to launch "the most powerful rocket in history" - the Space Launch System (SLS) in 2017, NASA's future business is still large. After planning for the unmanned SLS launch in 2017, NASA plans to send as many as four astronauts into space by 2021. This may be the return to the moon, with the ability to perform missions on other planets. NASA].

Even in this century's economic downturn, individuals and companies in the private sector plan to continue targeting the stars, enabling people to purchase their own space exploration tickets. Some futurists for decades will be surprised to find that everyone's space travel is not common, but for some wealthy adventurers, it is no longer something in science fiction. Maybe their trip will help us reduce the cost of others.


One day you say "I can't read your thoughts!" and the answer is "Oh, don't say - of course!"? May happen. Neuroscientists are looking for ways to use machines to read people's thoughts. Although this work has been going on for decades, researchers at the University of California at Berkeley and elsewhere are making real progress. Converting brain electrical activity by decoding brain waves is a way to help people with dementia. For example, complications with neurotransmitters can cause neurons to convey thoughts as understandable words, or to keep thoughts long enough. So that it is verbally removed.

On the other hand, knowing that science and machines can quickly enter our innermost thoughts is a bit scary. The effects of neuroinvasion related to neuromarketing on people's minds are also studied. Neuromarketing targets people's brains through marketing and advertising to manipulate people's needs and desires. Our thoughts and actions may actually be hijacked by some kind of media, which makes us think that we are getting what we want. In fact, we are pursuing our brains and may only think that it should be good.

Massive Data

Even if scientists and marketers can't enter our brains through neuroinvasion or neuromarketing, can they access our data? Deliver unprecedented images and data online, fill the cloud and other web-based storage, media, government regulators and marketers work around the clock to tap users' preferences, habits and even relationships.

How to deal with all of this data, more specifically, perhaps more urgent, how can we make all the activities in the virtual space do not affect the real space of the world? Since the search preferences reduce the scope of the results when using the Internet, and our reading and research has been "optimized" based on the keywords that people search for, with the accumulation of large amounts of data, we choose between purchasing products and accessing news and information. It also shrinks.

Quantum control

Imagine something on a tiny computer chip. Microscopic things have the ability to think like a computer without the need for complicated circuits and can be moved by light or sound: this is a simplification of quantum technology.

In short, quantum control uses a technique derived from physics to implement computer applications. Quantum Electrodynamics (QED) describes the interaction of matter with light, while QED circuits bring this interaction into computer chips by attempting to exploit the interaction of circuits in the machine. Phonons are acoustically activated quantum vibrations that move circuits and motors at the chip level.

Youth science and technology movement

Young people have never had such proficient and interconnected skills as they do now, they have a lot of time, and there is very little money in their pockets. There are always young people who are dissatisfied, they fight against their parents to build institutions, to fight for change, and to oppose the old regime for new freedom. But in the 21st century, the global economic recession, young people lacking opportunities and hopes are almost actually boiling - or at least brewing, and ready to break out.

People who have never been educated to a doctoral degree, people between the ages of 16 and 24 are entering a world that may be trapped at home and have no job opportunities for many years. All of these dissatisfaction may breed an organized anarchy or rebellion in the form of technology or infrastructure destruction physically or in cyberspace.

Nanotechnology, nanomedicine

Nanoscale technology or nanotechnology can provide incredible precision and a way to replicate natural works with its most basic functions, but how small is nano? According to the National Nanotechnology Program, a sheet of paper has a thickness of 100,000 nanometers and an inch of 25.4 million nanometers. Nano is one billionth of a meter [source: NNI; Sarchet]!

How does this affect technology and the future? In almost every field, nanotechnology is used in innovation in engineering, medical equipment, imaging, computing and more. Nanomedicine is an area that has experienced rapid and rapid development. Because many diseases and disorders in the body occur at the cellular level and are affected by genetic makeup, nanotechnology has the ability to treat from the underlying causes of the disease, rather than the ability to treat it after the disease has completely spread throughout the body. It can be either prophylactic or therapeutic because treatment can reach the narrowest and smallest control centers. Neurosurgery and gene therapy are just two areas within nanomed, especially for nanotools and technology.

Dark network

As the world gets smaller and smaller by sharing more and more of the same cyberspace and social tools, whether you like it or not, we are becoming a bigger collective target for bad guys. While our data “all stands out” in a variety of ways, the same data distracts people who participate in dark networks and activities and takes false secret identities to plan for larger and larger attacks.

Anonymous organization is such a dark group involved in "hactivism", which has entered the storage of sensitive information such as FBI, Visa and Mastercard and government websites from the UK to China, leading to large-scale computer terrorism. It operates in the collective capacity of many people, and its login information and computer activities are so thin that it is enough to cause the authorities to be unable to track in too many directions, and its actions involve everything from politics to business.

Universal translator

As the Old Testament story evolved, people once said the same language and were proud of what they have achieved in society, so they decided to build a tall monument for their achievements to spread their names to heaven. God decided to humble their pride by confusing their language so that they no longer speak the same language. He created a nonsense, they gave up the Tower of Babel, scattered to other countries, no longer a proud country, no longer a country.

Perhaps the creators of universal translation have not united the country, ending the chaos of global language, but surprisingly, this day is approaching, two people who speak different languages ​​can communicate with each other in their own voices, but they are using The language does not know or does not understand. Arabic speakers can press a button and then translate their words into English, and vice versa.

Incarnation, agent, robot

Maybe you are not satisfied with all the futuristic predictions and even the current technological advances. This is ok. You can be yourself and interact with the world in a fairly low-tech way, while allowing agents, avatars or robots to spend your online and tech life. Even the Defense Advanced Research Projects Agency (DARPA) has budgeted millions of dollars to create avatars to serve as substitutes for real, living soldiers [source: Ackerman].

Incarnations and alternatives used to be part of games, virtual reality and computer interfaces, but they are playing an increasingly active role in replacing humans in breathing. Or are they enhancements to humans?

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