What will happen to the Earth in a hundred, a thousand, a million years. What will happen to the Earth in a hundred, thousand, million years What awaits in 100 years

Technology changes everything. Modern man is chasing the latest technology in order to improve his life as soon as possible. As if the increased memory in the phone or the enhanced Tesla battery will add bright colors to the world and make life happy.

Every technological improvement hits back. Well, if the blow is obvious - financial. Then the layman can easily calculate his losses and figure out whether he should spend money on technology. But there are far more insidious injections that we cannot immediately appreciate. For example, scientific progress has interfered with the natural world, and millennia of science have ruined the environment in many ways, from deforestation and resource extraction to nuclear fuel disposal.

We must agree with the planet. Otherwise we'll just disappear as a species

Rapid economic and technological progress has always been associated with environmental pollution, the destruction of the biosphere and entire species of living organisms. Fortunately, the technological progress of the new order allows humanity to develop painlessly for the environment.

We have learned how to extract energy from renewable sources - the sun, wind and water - and we are doing it more and more successfully. In a hundred years, we, as in Efremov's novels, will remember with shame that we burned gas and oil for energy. But there are even more subtle changes related to technology. They are harder to spot and nearly impossible to reverse.

These are changes in the human code, our behavior and perception. We will be able to agree with the planet, otherwise we will simply disappear as a species. But the usual norms of behavior, hostels and the human face of technology will be taken away from us, and as a result we will become completely different people.

The political system will define different rights for different groups, these rights will be formalized, and it will be possible to change your group only by passing a special exam or passing a test. Social migration will be similar to the civil service of medieval China, when an official had to study for a difficult exam in order to get promoted.

Every citizen of the civilized world in the 22nd century will be obliged to confirm his right to a place in society. The stratification that Mahatma Gandhi and Nelson Mandela fought hard against will fully return in a hundred years, and it will be dictated by the objective needs of mankind. The process will not happen quickly, it will be preceded by economic changes of the next hundred years.

In the economy of the 19th and 20th centuries, the world was clear and tangible, the financial system was malfunctioning, but money could measure everything. Uncertainty will rule in the world of the 22nd century. The volume of information will become so large that knowledge - conscious and objective information - will finally turn into capital.

Every new technology, whether it's data communications or 3D printers, reduces the cost of doing business in the first place and makes any industry more competitive. New technologies allow even more new technologies to be created. New products will appear more and more quickly, and competition in general will take on other forms. Attitudes towards capital will change as the economic cycles of companies become too short, and within one lifetime, an individual entrepreneur will be able to develop a successful business several times, which today would be called a life's work, have time to bring it to decline, launch a new business and see how quickly it fades .

Rich people in the usual form will disappear, because it is normal to get rich and bankrupt on an ongoing basis. For this reason, the rich middle class will disappear, social status will no longer be measured in terms of income, and the very concept of the middle class will lose the main thing - stability and consistency.

TWO-LEVEL WORLD

Of course, increased competition will not benefit everyone, and individual regions will oppose rapid development. The introduction of technology will put an established business at risk. The Luddites of the 22nd century will close access to disruptive technologies that will bring progress, and will conserve the technological order at the same level that is safe for personal capital, but catastrophic for the competitiveness of their countries. Such conservation will only increase the gap between the countries of free intelligence and controlled development.

Under the conditions of the material world, it was easy to divide people according to strength, wealth, or at least geographically, but in the new world people will be divided according to the capabilities of the intellect and social influence. In order to avoid the power of the intellectually backward earthlings, the intelligent elites will unite and limit the stupid majority. The world will be divided into two realities: one technological utopia aimed at the development of civilization, and a much larger rest of the world, into which, according to the system of values, all ecologically insolvent peoples and castes will be exiled.

The standard of living in the techno-utopia will be noticeably higher. Thanks to the development of medical technology, biology, farming and other environmental sciences, hunger and disease will disappear. In the conditional "lower" world, diseases and hunger will be fought with standard methods - harsh antibiotics and GMO food. Corporate monopolies will come to power and de facto regulate political regimes in their own interests.

Belonging to a particular corporation will be in addition to ordinary citizenship, in addition, political citizenship will remain only at a formal level. To maintain stability, corporations will create their own political associations, participation in which will be much more significant than the passport of any state. Countries as such will gradually fade from the arena, the ideas of nationalism will fade away, and they will be replaced by corporate affiliation.

Corporations will take over the functions of the state, but will establish stricter rules. Human individual talent will be suppressed for the corporate good. Corporations want stability and security, and such a regime requires an equal distribution of benefits among all company members. Since the good will be in short supply due to lost competition to the techno-utopian business and the limitation of scientific progress, equal income for ordinary employees will be extremely small. The work will also be carried out within the framework of a strict order, plans and tasks will be prescribed in clear KPIs, such as: "Providing calories to the maximum number of people."

Barriers will be built between techno-utopia and dystopia. Countries will lose their role, and migration flows will need to be controlled, so the borders of the world will be redrawn. The intellectual elite will live on islands and mountain peaks: it is much easier to create a defensive line in such regions. Nepal, Peru, Colorado, the Caucasus and island archipelagos with a stable climate will become the centers of the elites.

A separate status will be given to zones of changed ecology - the Chernobyl zone, Fukushima, nuclear weapons testing zones. The control of such territories will be extremely burdensome for the countries to which they are subject, and such territories will be regulated in the format of the law of Antarctica - a zone of universal access, which is under the control of the commonwealth of countries.

Such zones will be limited exclusively to research activities and will serve as centers of advanced research and a source of scientific progress. According to this logic, the first colonies on the Moon and Mars will also be organized. The creation of colonies starts very intensively, but at some point it will run into economic feasibility, and the only incentive for the development of alien bases will be an alternative to life on Earth and a counterbalance to the established system of international law. Development will be limited by technological progress, and in the event that external colonies do not provide resources for the Earth's elite, development will be mothballed and dictated only by internal competition.

The stability of the world order will be supported by information products. Traditional mass media and social networks are being transformed into tools for shaping behavior. The primary function of journalism - informing the masses - will be forgotten, and in a hundred years the task of the journalist will be not so much to find information as to interpret it in a successful form that will evoke the desired reaction.

In a techno-utopia, specially trained personnel will be responsible for processing information, which can be compared with judges, since it is they who will resolve controversial issues of information policy and interpret the data received. These will be specialists with high moral character and severe professional training, their work will be especially valuable and important - informational judges will be a bulwark of society's stability. Secondary and recycled information in its form will be a hidden threat to any unprepared reader. Symbol coding technologies will develop so much that it will be possible to quickly hypnotize a person and even a group of people with an ordinary visual symbol or audio code.

Since the reaction of the brain in the next hundred years will be deciphered at least statistically, knowing the responses of a person to specific codes, it will be possible to create personal character sets that provoke the desired reaction to an order. People who do not understand how such symbols work will be exposed to external programming, like computer servers under the threat of cyber attacks.

The human brain is adaptive, but of course such interference will affect mental health and eventually lead to certain mutations. As a result, people who have been subjected to prolonged and monotonous manipulations will be grouped according to the principle of viewing common mass media, united into separate communities and subcultures.

In addition to control, massive waves of hypnosis will turn into entertainment. Entire stadiums will congregate for visual shows and aggressive streams of symbols only understandable to members of certain subcultures whose brains have been chiselled with these images.

Deciphering responses and brain mutations will result in people being able to experience unique experiences, such as death, birth, or falling in love, at will. In addition, such emotions will only become more intense as people will have the opportunity to experience group feelings, program the collective mind, and dissolve their personal into social experience.

CITIES OF THE FUTURE

Civilization will continue to be built around cities. Cities will finally become three-dimensional, and the height will be used not only by skyscrapers, but also by transport companies. The space of megacities will reach the highest density in history, and a system of automated movements will protect the citizens from the total chaos. City dwellers will be able to live hundreds of kilometers from their workplace thanks to high-speed connections, but work efficiency will still be higher in urban anthills.

Efficiency will be provided by machine algorithms for regulating infrastructure, distributing the load of traffic, traffic, providing food, resources, and so on. In a dense stream of drones, quadcopters and electric vehicles, it will be impossible for an ordinary person to navigate, so the city driver will disappear as a class and it will be possible to steer a car only in specially designated areas. At the same time, the problem of traffic jams and parking will be solved in the city, since the automation of movement will make it possible to use the length of the tracks as efficiently as possible, avoid congestion and accidents.

Complex logistics systems will be provided by artificial intelligence machine algorithms, and this system will be fed by renewable energy sources. To finally solve the problem of energy independence, two questions must be solved: how to produce energy in the right quantities and how to store it. The production of clean, environmentally friendly energy is becoming more and more efficient every year, but it is energy storage technology that will revolutionize the market and achieve a state of energy close to independent, when one nuclear power plant in one day can provide energy for a multi-million city for a year.

The security doctrine will also be different from today. The improvement of the city will depend entirely on artificial intelligence, and mistakes in its work can cause catastrophic damage. Controlling the city's energy and logistics system, and even controlling the masses through coded symbols, will endanger millions of lives.

Complex algorithms are inherently more vulnerable. The more lines of code in a product, the higher the likelihood of a vulnerability, and therefore a limited group of engineers may not be able to cope with the protection system. Responsibility for security will be shared, and every citizen will need to have basic cyber defense skills and regularly monitor the system for vulnerabilities.

Proactive action in the security system will become the new hygiene and a key tool in the collective life support system.

SOCIETY

The new society will require new institutions of family life. The traditional family will remain in the distant past, permissiveness and accessibility will make the number of social ties the largest in history. The family will cease to be a stronghold and a reliable home for a person. The dynamics of life will reduce the amount of time that people spend in their families, with their children, so there will be a multi-family - both men and women will be able to be in several families, raise other people's children and share their upbringing with other parents.

The upbringing of children will be given special attention. To protect them from the stress of multiple lines of parenting, social norms will be put at the heart of it, and the family will cease to be the main educator of the child. This function will be taken over by society. On the one hand, parents will be freed from worries about their own children, but on the other hand, they will become responsible for all children in the community.

It turns out that the family will dissolve. And even the sex life will be finally cut off from family life. Conditional participation in the family will not necessarily mean sexual cohabitation or any obligations between husband and wife.

At the same time, the world will not slide into polygamy either, and there will be room for monogamous relationships. In addition, technologies for studying brain activity will significantly expand sexual life. Joint practice and sex with a permanent partner under medical supervision will allow the development of complex cocktails of hormones and hypnotic encodings. The level of emotions and sensations that permanent partners can experience with individual pharmacology and parallel hypnotic stimulation will be qualitatively different from ordinary sex so much that monogamous sexual relationships will be in a much more advantageous position.

Fashion will also change. Mass culture will become utilitarian, clothing - functional and technological. In appearance, clothes will have to emphasize all those endless functions that will become available to the population, so the colors and textures of dresses will be the last opportunity for self-expression.

The standard of living in a techno-utopia will be noticeably higher, there will be no hunger and disease

On the other hand, high fashion will take a step towards escapism. In other words, with the general complexity and integrity of the world, fashion designers will create minimalistic images in order to emphasize individual facets, and not a holistic person. Modern materials will be used, like the already existing Vantablack, which, thanks to the absorption of light, can make any texture two-dimensional and conceal volume, leaving only a silhouette.

You can also expect the appearance of transparent fabrics. Or it will be small mirror panels that reflect the surrounding space, allowing a person to merge with the room. Or camouflage suits in which cameras are mixed with micropanels, and complex broadcast systems and display on monitors will make any person invisible, leaving only his face, which will seem to float in the air.

Education will no longer be a training stage for a professional. If today education has already become a lifelong process, then in a hundred years we will forget about universities and academies in the classical sense. Educational institutions will remain, but they will fulfill the mission of concentrating knowledge. These will be centers for filtering quality information, research work, analytics and the creation of new knowledge.

Universities will no longer be libraries with limited access, in the future open access for educational and scientific institutions will become mandatory. Firstly, the dynamics of the world will be so high that the opportunity to study science behind closed doors will disappear, and secondly, the promotion of education will become a key element of the national security doctrine. Education will be an instrument of deterrence, switching possible aggression to a more constructive field of activity.

In many ways, learning will become close to entertainment. Since knowledge is absorbed faster in a relaxed state, science will become part of the entertainment industry. In general, science, entertainment, and business will be holistic - as many functions as possible will be placed in one product. Optimization of forms will lead to the fact that in a minimum of time the user will want to get the maximum result and gyms will be connected to work, education and public activities. Entertainment will also become mixed. The ubiquitous race for knowledge and connection to the information field will make the pastime monotonous and often devoid of individuality. On all fronts, people will begin to lose their individuality and become one big anthill.

Education will no longer be a stage in the preparation of a professional. In a hundred years, we will forget about universities and academies

Culture and art will remain, as before, a counterbalance to social pressure. Artists will rip out individual components of society and throw them on canvases, art will strive for minimalism, and the task of creativity will be to preserve individuality against the backdrop of a general movement towards unification. The most powerful artists will be those laconic masters who, in simple images, can represent the foundations of human culture, and in many ways civilization will close on classical ancient Greek culture or even on primitive images.

With the advent of each new century, people usually expected something new, something supernatural. Many wondered how life would change in another 100 years. So at the beginning of the 20th century, postcards with people's fantasies on the theme "Life in the year 2000" were issued in some countries. As time passes, it is very interesting to understand what has come true and what has not.

In 1899 the French artist Jean-Marc Côté ( Jean-Marc Côte) created a whole series of postcards with sketches with fantasies about the future. In the pictures you can see a machine for the rapid transformation of eggs into chickens, robotic brushes for cleaning, students receiving knowledge through wires directly to the brain. Some predictions are reflected in the inventions of our time. So, for example, automatic mops are vacuum cleaners and compact machines for washing floors. It is a pity, of course, that schoolchildren still cannot download knowledge over the wire, but who knows, maybe this will become possible in the next century.

In Germany in 1900 in boxes of chocolates Theodor Hildebrand and Sohn one could also find entertaining postcards with subjects dedicated to the 21st century. The Germans dreamed of how they could control the weather, see through walls, transport entire houses from one place to another. Much of this has come true: infrared devices allow you to see people inside buildings. Also, modern technologies are actively used to move houses and historical monuments. People have not learned to control weather conditions, although they can already disperse clouds with the help of aircraft.

Moscow confectionery factory Einem Partnership” (later “Red October”) in 1914 also supported the idea of ​​​​issuing postcards with images of a futuristic future. Petersburg, in the opinion of the inhabitants of that time, had to turn in winter into one continuous skating rink with snowmobiles sliding on it. In addition, high-speed transport would function in all cities, delivering people from one point to another in a matter of minutes.

In 2011, an article written for the Ladie's Home Journal by engineer John Elfrith Watkins was found among newspaper archives. He, too, wondered what might happen in the next century. After consulting with the best minds of the time, Watkins suggested that the life expectancy of Americans would increase from 35 to 50 years, the average height would increase by 2.5-5 cm. To be fair, in 1900, the average US citizen lived 47 years, and in 2000 - 76 years old.
And in all countries they dreamed of such devices that would transmit images at a distance. Modern technologies have fully been able to solve this problem.

Artists Robert Graves and Didier Madoc-Jones also thought about the events of the future and created a series of postcards called , which showed how this city can change after some time.

Watkins' predictions at the beginning of the 20th century seemed strange and almost impossible, but a large part of them came true.

Futurists Ian Pearson (IP) and Patrick Tucker (PT) comment on assumptions about what the world will look like in 100 years.

1. There will be thousands of farms in the oceans that will produce food on an unheard of scale.

seaweed plantation

IP: Probability 10 out of 10. We have to feed 10 billion people, and our planet does not have the resources for this. These ocean farms will grow not only fish, but also algae, which will be used for food and fuel.

PT: It's quite possible. According to Denis Bushnell, a senior researcher at NASA's Langley Research Center, seaweed, which will be genetically modified to absorb large amounts of nitrogen from the atmosphere, will free up to 68% of the fresh water that humanity now uses for agriculture.

2. The transmission of thoughts over a distance will become a reality.

Diagram of the transmission of electrical signals of the brain

IP: Probability 10 out of 10. Telepathy will become one of the usual forms of increasing the functionality of the brain. The perception of thoughts and their transmission over a distance will become as commonplace as storing thoughts in computer networks.

PT: It's quite possible. Artificial telepathy now seems like a fantasy, but it is quite real, if the transmission of thoughts is understood as the transmission of electrical signals of the brain.

3. Thanks to the achievements of genetics, we will be able to create people with the highest level of intelligence, with immortality.

Immortality. Engraving from the Iskra magazine. Bulgaria, 1891

IP: Probability 9 out of 10. Direct connection of the brain to the computer will give people immortality in the practical sense of the word, however, genetic modification will lead to a significant extension of life until electronic immortality becomes available to everyone at a reasonable price.

PT: It's quite possible. The idea that scientific breakthroughs in genetics, biotechnology, and the development of artificial intelligence will expand the boundaries of the human mind and enable our species to largely overcome death is sometimes referred to as a singularity.

4. We will learn to fully control the weather.

Powerful cumulus clouds

IP: Probability 8 out of 10. There are already ways to fight a tornado or make it rain. Thanks to the study of climate in recent years, due to fears of global warming, we have a better understanding of the mechanisms that influence the weather. Perhaps new methods of such influence will be too expensive for everyday use, and they will be resorted to only in critical circumstances.

PT: It's quite possible. Such attempts are inevitable. Most American scientists support a federal program to study methods of intervention in the climate of our planet. These geoengineering technologies are designed to neutralize human impact on the climate.

5. Antarctica will lose the status of a protected area.

Antarctica

IP: Probability 8 out of 10. The temptation to use this protected continent for the extraction of mineral resources will be too strong. Mankind will do this subject to the strictest observance of environmental standards.

PT: It's quite possible. But even before that, we will witness the development of the Arctic. In the coming decades, the struggle for control over the natural resources of the Arctic will become a major political issue for the Nordic countries and all of humanity. In case of its successful solution, it will be the turn of Antarctica.

6. A single world currency will be introduced.

Classification of electronic money

IP: The probability is 8 out of 10. Already now we see electronic money being used everywhere, and this trend will develop. It is possible that by the middle of our century there will be only a few regional physical currencies, plus a global electronic currency. By the end of the century, she will be the only one.

IP: Not likely. In fact, the trend in this area is in the opposite direction. The Internet makes possible new forms of exchange of goods and services. Therefore, the number of different types of currency is likely to increase.

7. A direct connection will be established between the human brain and the computer.

Electrical activity of the brain

IP: Probability 10 out of 10. For many, this will become a reality by 2050. By 2075, the majority of people in developed countries will be using some form of computer brain enhancer.

8. Nanobots will circulate through our circulatory system, repairing cells and recording our thoughts.

Many nanorobots, theoretically "ready to go"

IP: Probability 7 out of 10.

PT: It's quite possible. So far, medical nanorobots exist only in theory, but research in this area is developing very actively.

9. Thermonuclear fusion will become a reality.

Model of the international experimental thermonuclear reactor, ITER

IP: The probability is 10 out of 10. Fusion power plants will appear, most likely, by 2045-2050, and probably by 2100. Whether they will become the main source of energy for humanity is not yet clear. It is likely that huge solar collectors and shale gas production will claim this place.

10. California will be the first state to secede from the US.

IP: Likely 8 out of 10. There are already indications that California will seek to withdraw from the union, and this trend may intensify by the end of the century. At the heart of this phenomenon is the huge disparity in wealth between states and the reluctance of people in richer states to finance poorer areas.

11. The space elevator will make space available to everyone.

Artistic fantasy: view of a space elevator lifting cargo from Earth to an orbital station - a "space port"

IP: The probability is 8 out of 10. The first space elevators will appear by the middle of the century and will be much cheaper than conventional methods of entering outer space. This will accelerate space exploration and the development of space tourism, although I doubt that the cost of using them will be massively affordable for people.

12. Artificial insemination will completely replace natural insemination.

Intracytoplasmic sperm injection

PT: Not far from the truth. Already, more and more people are using new methods of fertilization. Genetic analysis and selection of fertilized embryos are increasingly used in specialized clinics. Already, embryonic scanning can identify about half of known genetic diseases. And in the next ten years, scientists will learn how to select almost 100% of full-fledged embryos.

IP: Probability 5 out of 10.

13. The natural habitat of humans and animals will be destroyed and replaced by nature reserves and museums.

PT: Not far from the truth. Our planet is on the verge of significant species extinction. Protecting biodiversity in an era of growing resource consumption, overpopulation and environmental degradation will require sacrifice, and can often come at the expense of local, often poor, peoples. Experts believe that the inclusion of the economic interests of the inhabitants of a number of regions in the struggle for the preservation of the environment should become an essential part of the environmental protection strategy.

IP: Probability 2 out of 10.

14. Sovereign states will disappear, they will be replaced by a world government.

PT: Nice try, but not likely. On the contrary, the number of nation-states will increase. In the near future, wealthy citizens and wealthy corporations will seek to buy up areas of the world's oceans to create their own island states in international waters.

IP: Probability 2 out of 10.

15. The war will be fought exclusively by remote means.

IP: Probability 5 out of 10.

Original article on bbcrussian.com

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So, Kaku believes that by 2030 a new type of contact lenses will appear in the world - they will be able to access the Internet. Professor Babak Parviz from the University of Washington is already working on a prototype of such a device.

Various “spare parts” for human organisms should also appear on free sale. Today, the latest biotechnologies allow scientists to "grow" new cartilage, noses, ears, blood vessels, heart valves, bladders, etc. in the laboratory without any problems. On a sponge-like plastic base, stem cells with the patient's DNA are seeded. When a catalyst is added to these cells, they begin to grow and multiply very quickly. This is how living tissues first appear, and then whole organs.

They say that in 20 years society will master the possibilities of telepathy. Today, scientists already have special microchips implanted in the brain of the paralyzed, with the help of which they can control computers, write e-mails, play video games and use web browsers only by force. Engineers from the Japanese company Honda have already learned how to create robots that are controlled by patients with the power of thought.

By 2070, scientists plan to bring many representatives of the fauna back to life. Based on DNA samples taken 25 years after the death of the animal, scientists were able to clone it in Brazil. The Neanderthal genome has already been deciphered. And in scientific circles they are seriously talking about the possible revival of this kind of person. Why this is for researchers, however, is completely incomprehensible, but human curiosity is truly immense.

But what scientists will no doubt develop are technologies that will allow us to slow down our aging in the future. Appropriate experiments are already being carried out on insects and some animals. It turns out that a 30% life extension is very simple: it is enough to reduce the calorie intake of an average American or European by 30%. In the future, it will be possible to extend life in a hundred technological ways.

But the most interesting thing is that by 2100 "programmable matter" technologies will appear in the world. Everyone remembers Terminator 2 and the T-1000 killer robot. This is roughly what we are talking about: materials will appear in the world, the form of which can be programmed by computers. Microchips the size of a pinhead have already been created, which can easily rearrange themselves under the influence of electrical discharges. They can take the form of a sheet of paper, then a cup, then a plate.

Scientists are also sure that space technologies have also made great progress. Within a hundred years, we will be able to fly spaceships to the stars, they say. Everything will start with microcomputers "the size of a fingernail", which can be sent by the millions throughout the cosmos. They will move in space at a speed close to the speed of light. They will look for extraterrestrial intelligence and transmit messages from earthlings to it, explore space. Then people will begin to colonize the stellar worlds.

In about a hundred years, humanity will finally overcome cancer. It is known for certain that the disease can be prevented and destroyed only in the early stages. In the future, our toilets will be embedded with DNA chips that can detect tumors at the very beginning. Then "cleaners" will be launched into the organisms - special nano-computers that will cleanse the body of cancer cells.

The world is changing very fast, and people are changing with it. The day is not far off when a human foot sets foot, and we all begin to eat insects, looking at them with artificial eyes. We will not hug women, but cyborgs. In addition, we will completely forget why a steering wheel was needed in a car. We have not lost our minds, but simply predict the trends in the development of society, which are laying their foundation now. Today, science, first of all, is trying to solve global problems. And if we believe in humanity for the last time (let's be optimistic), then an interesting time awaits us.

World in 10 years (2026)

Biometric security system

Hacking the email of the US Democratic Party (this topic is being discussed from all sides) has shown that important data is easy to steal, even if you are the ruling party of the strongest country in the world. The issue of cybersecurity has risen like never before. In this regard, we consider promising developments that are associated with the replacement of conventional passwords with a biometric security system. Such protection is much better than the password "BroDude123". The banking and military industries will move in this direction, because in order to break a lock of this level, a "hacker" will either have to cut out the eye or cut off the hand of a person who has the necessary access.

3D printing in medicine

Recently, we have also seen an unprecedented development in 3D printing. Surprisingly, 3D printing is used even in medicine. There is every reason to believe that artificial joints, prosthetic limbs, prosthetic heart valves, and biological materials in general will be ubiquitously printed on 3D printers by 2026. This will significantly ease the burden on the medical industry.

World in 20 years (2036)

Food

The population of the earth will continue to grow. On the horizon, especially for third world countries, the specter of hunger will take shape. People need a good source of protein to live and work, so they will look for new food opportunities. And one of these opportunities will be insects.

The consumption of insects has already become habitual in the Far East and parts of South America. Imagine a picture of locust becoming a common addition to soup or pasta. We already had an idea for a business - locust burgers. And this is very practical, because insects are 1.4 billion tons of protein that dart around the planet all year round.

But for the squeamish, there is synthetic meat that can be grown in the laboratory. Today this technology is quite expensive, but what will happen to it in 20 years?

Self-driving cars

Now unmanned vehicles are unstable, but they are the future, if we speak objectively. Gradually, they will replace the entire transport system in large cities. In the future, this will reduce the number of accidents on the roads, as well as systematize the transport system so that there are no traffic jams and other crap. On the other hand, we would not want to lose power over the vehicle, so, as it seems to us, unmanned vehicles will mostly be used in freight and public transport.

Bionic eye

We are great at sitting at the computer during work. If you work in an office, you know what I'm talking about. You have to wear glasses, lenses, or get by with the eyes of an old man. However, if you look at the modern developments of bionic eyes, then we can say that everything is going in the direction of development. It is possible that in 2036 people will not only restore vision with the help of such sophisticated technologies, but also improve it.

World in 30 years (2046)

Nanoparticles to fight cancer

Cancer has been fought in vain for more than a year - this is a serious, terrible disease that affects our organs. Cancer wins, but there is hope. And, as is usually the case, hope lies in science. If you use a more subtle approach in the treatment of cancer, you can achieve a good result. Nanoparticles are good because they have the potential to restore the necessary organs exactly in the place where it is required. Current medicine is not capable of this - it does not see the difference between healthy and cancerous tissue. So let's cross our fingers and look forward to the future.

Robots for everyone

They are already appearing now, but we will not be romantics - for now they are very expensive toys with very limited functionality. However, any technology becomes cheaper over time, and the more it is distributed among the masses, the more accessible it will be. We give robots 30 years to become cheaper, learn how to cook and have sex with us. All the prerequisites for this are available, and the industry itself is interested in creating such a machine.

World in 40 years (2056)

Permanent presence on Mars

We must admit the reality: even if the old Elon Musk succeeds, humanity will still need a lot of time to acquire a full-fledged colony on Mars. But it will be, unless, of course, another world war is coming. The first settlers on Mars will be explorers, scientists, and possibly wealthy tourists who will sponsor the entire venture. We see the space industry moving into the private sector, so there is every chance that someday the people of Earth will watch a reality show with people from Mars.

Children design

First of all, we are talking about DNA. Today, some manipulations can be performed with him. In addition, not so long ago the human genome was deciphered, so people began to understand themselves better. It's hard to imagine, but probably all this technology will move into the commercial mainstream. Young parents will make "edits" in advance in the appearance of the child, the tendency to genetic disorders, congenital defects, predispositions. If science develops faster than usual, then in addition to changing hair color, it will be possible to adjust brain indicators that will be responsible for intelligence.

World in 50 years (2066)

Cyborgs

Half a century is enough to firmly link biology and technology. Implanted nanoparticles can help treat minor ailments before symptoms appear. Spinal implants will help people learn to walk again - paralyzed people will disappear. Some implants will control your general condition - diabetes will no longer be a problem in this case.

Someone will celebrate the 130th birthday

Given advances in medicine, people will live to be a hundred years old. Today, the oldest person is 122 years old - no one gets beyond this limit, the body refuses. In the future, old age will shift even more. At 80, you will feel like a vigorous and healthy person, but you will become an old ruin only at the moment when you go far beyond a hundred.

World in 60 years (2076)

machine man

Given the variety of biotech upgrades available in 2070, the first human will appear who will be more machine than man. He will have artificial organs, bionic eyes and ears, all kinds of cybernetic implants, enhanced intelligence and physical abilities. But we will upset you - this person will visually look like an ordinary person, and not a terminator.

World in 70 years (2086)

Ion thrusters

Ion storage is already available in 2016, but currently cannot replace traditional engines, but they have much better fuel efficiency. Ion thrusters perform better in vacuum, making them ideal for long flights to the stars, where fuel efficiency is key to successful travel. As soon as this technology becomes sufficiently advanced, we will make a new technological leap.

Creation of new colonies in the solar system

Efficient ion thrusters will provoke a new one. States will invest in the colonization of satellites, planets and other celestial bodies. Formation of habitual climate on other planets will play an important role - the success of this sphere will be based on the achievements of biological technologies. The colonies will be small in number and will consist primarily of scientists and explorers.

World in 80 years (2096)

Colonization of Antarctica

If you believe in global warming (there are a number of scientists who refute this), then you will see great prospects in the colonization of Antarctica. Melting ice will expose land areas that can serve to create new colonies, which will most likely play the role of ports and focus their activities on sea fishing or shipping.

World in 90 years (2106)

Changes in language culture

If the world follows the path of globalization (which is quite possible), then this world will have to develop a single language that will serve as the language of international communication. English currently fills this role, but it is likely that an artificial language will be proposed that will include elements of Chinese, Indian and English. It will be extremely easy to learn.

On the other hand, if the world critically perceives globalization and, on the contrary, is divided into small states, then the study of any foreign language will become meaningless - by this time, humanity will have acquired automated translation systems that will be integrated into the brain or into a certain device.

World in 100 years (2116)

A new kind of civilization

Ultimately, humanity will have to abandon traditional energy sources and adopt renewable energy sources. What these sources will be, we do not know. But if we fail to find something similar, then our civilization will not be able to get out of the planet, which has a limited lifespan.

Active terraforming of Mars begins

You will finally see how life appears on a lifeless planet. First it's bacteria, then algae - they will change the atmosphere of Mars specifically for people to prepare the planet for mass settlement. Terraforming is a multi-generational task, and it certainly won't be complete by the start of the 22nd century.

By Stevie Shepard