What will be the computer of the future figure to find. Computers of the future

These computer novelties have not yet entered mass production, but who knows, maybe in a year they will become the object of desire of a million users around the world.

More and more new and impressive developments come to the world of computer technology, striking with more and more perfect and almost fantastic modifications, and the concepts of personal computers were destined to undergo a huge number of modifications.

Following the rule that "technique should not only be functional, but also beautiful," designers create futuristic conceptual projects that radically change our ideas about how a new generation computer should look like.

The following computer innovations have not yet entered mass production, but who knows, maybe in a year they will become the object of desire of a million users around the world:

1. Computer without keyboard and display

Designer-designer Yakub Zahor has proposed to the world a curious futuristic portable computer concept that allows users to control the device wherever there is a flat surface that will act as a "display". A desktop computer will consist only of a system unit the size of a mouse. But it is equipped with cameras and a small-sized projector capable of displaying a high-quality holographic image on any convenient surface, including glass.

2. RollTop: foldable laptop

RollTop is a laptop with a flexible 17-inch display that can be rolled up like a roll of paper, providing the user with maximum portability. The laptop is equipped with a folding OLED display that supports touch control with multi-touch function, which makes it lightweight and functional like an iPhone. If desired, the device can turn into a 13-inch tablet computer. In addition to touch, the gadget has a full-fledged keypad, which is very useful for working with typing. When folded, this compact laptop can be easily carried like a shoulder bag.

3. HP LiM

Hewlett-Packard's next-generation computer concept called LiM (LessisMore - which means "less is more") is a small system unit that resembles an empty photo album and a 19-inch completely transparent touchscreen display that looks like a piece of glass. All this is complemented by a touchpad that acts as a computer mouse and a thin wireless keyboard.

4. B-membrane laptop

This fantastic computer was designed by Korean designer Won-Seok Lee. The membrane keyboard appears at the base of the device only when it is needed. With its help, you can enter text, but the monitor is not provided in this gadget. Instead, the image can be projected onto any surface using a rotating projector.

5. Horizon Flexible Sliding Display

This desktop computer is equipped with a flexible OLED screen. Users will no longer have to worry about the size of the monitor, because the display of this concept can be stretched to the required size.

6 Prime Gaming Laptop

Perhaps this novelty will be the dream of any gamer. Designer Kyle Cherry came up with an original concept for a gaming laptop with three foldable OLED displays. The author suggests using two more Aux OLED panels in addition to the main 10-inch OLED display (16:10 aspect ratio). When folded, the Prime looks like a regular 13-inch laptop. When opened, the gamer will receive an excellent widescreen display with a diagonal of 26 inches (aspect ratio of 32:10). It is assumed that the laptop case will be made entirely of aluminum, and the computer itself will be equipped with a powerful cooling system.

7. Napkin PC Concept

A designer named Avery Hallman came up with the concept of a computer that would be a very useful tool in conference rooms. Its design is reminiscent of a napkin hold, which houses several touch screens connected into a single network. The digital pen will allow users to draw directly on the touch screen.

8. Sony Nextep wrist computer

The Sony Nextep is a futuristic device worn around the wrist like a bracelet. The concept has a flexible OLED touchscreen, holographic projector, slide-out keyboard pad and social media access. The developers are making every effort to make the wrist mini-computer available to customers as early as 2020. The wrist concept of designer Hiromi Kiriki has become the most anticipated novelty from China.

9. KOOB + Modular Computer System

This futuristic modular computer system consists of a thin, lightweight portable main module with display, main components and a removable control module. All modules perform different functions depending on the needs of the user. The other part of the system is a wire that can be connected to the main module and use the various interchangeable connectors located at the other end.

10. InOne computer concept

The InOne, or all-in-one computer, comes with a 22-inch display, keyboard, touchpad, speakers, and digital tablet. All these components are combined into one housing and are connected wirelessly. The tablet displays everything that you write or draw, so there will be no need to raise your eyes to the screen.

11. Sapphire All-In-One PC

Created by Brazilian designer Rafael Berloff, this minimalistic computer artwork promises to be a breakthrough in computer technology. The concept includes wireless components that do not require any workstation. In addition, thanks to the touchpad integrated into the USB keyboard, there is no need for a computer mouse.

Computer without keyboard and display
Designer-designer Yakub Zahor has proposed to the world a curious futuristic portable computer concept that allows users to control the device wherever there is a flat surface that will act as a "display". A desktop computer will consist only of a system unit the size of a mouse. But it is equipped with cameras and a small-sized projector capable of displaying a high-quality holographic image on any convenient surface, including glass.
Laptop B-membrane
This fantastic computer was designed by Korean designer Won-Seok Lee. The membrane keyboard appears at the base of the device only when it is needed. With its help, you can enter text, but the monitor is not provided in this gadget. Instead, the image can be projected onto any surface using a rotating projector.
Horizon Flexible Sliding Display
This desktop computer is equipped with a flexible OLED screen. Users will no longer have to worry about the size of the monitor, because the display of this concept can be stretched to the required size.
HP LiM
Hewlett-Packard's next-generation computer concept called LiM (LessisMore - which means "less is more") is a small system unit that resembles an empty photo album and a 19-inch completely transparent touchscreen display that looks like a piece of glass. All this is complemented by a touchpad that acts as a computer mouse and a thin wireless keyboard.
InOne computer concept
The InOne, or all-in-one computer, comes with a 22-inch display, keyboard, touchpad, speakers, and digital tablet. All these components are combined into one housing and are connected wirelessly. The tablet displays everything that you write or draw, so there will be no need to raise your eyes to the screen.
KOOB + Modular Computer System
This futuristic modular computer system consists of a thin, lightweight portable main module with display, main components and a removable control module. All modules perform different functions depending on the needs of the user. The other part of the system is a wire that can be connected to the main module and use the various interchangeable connectors located at the other end.
Napkin PC Concept
A designer named Avery Hallman came up with the concept of a computer that would be a very useful tool in conference rooms. Its design is reminiscent of a napkin hold, which houses several touch screens connected into a single network. The digital pen will allow users to draw directly on the touch screen.
Prime Gaming laptop
Perhaps this novelty will be the dream of any gamer. Designer Kyle Cherry came up with an original concept for a gaming laptop with three foldable OLED displays. The author suggests using two more Aux OLED panels in addition to the main 10-inch OLED display (16:10 aspect ratio). When folded, the Prime looks like a regular 13-inch laptop. When opened, the gamer will receive an excellent widescreen display with a diagonal of 26 inches (aspect ratio of 32:10). It is assumed that the laptop case will be made entirely of aluminum, and the computer itself will be equipped with a powerful cooling system.
RollTop: foldable laptop
RollTop is a laptop with a flexible 17-inch display that can be rolled up like a roll of paper, providing the user with maximum portability. The laptop is equipped with a folding OLED display that supports touch control with multi-touch function, which makes it lightweight and functional like an iPhone. If desired, the device can turn into a 13-inch tablet computer. In addition to touch, the gadget has a full-fledged keypad, which is very useful for working with typing. When folded, this compact laptop can be easily carried like a shoulder bag.
Sapphire All-In-One PC
Created by Brazilian designer Rafael Berloff, this minimalistic computer artwork promises to be a breakthrough in computer technology. The concept includes wireless components that do not require any workstation. In addition, thanks to the touchpad integrated into the USB keyboard, there is no need for a computer mouse.
Sony Nextep wrist computer
The Sony Nextep is a futuristic device worn around the wrist like a bracelet. The concept has a flexible OLED touchscreen, holographic projector, slide-out keyboard pad and social media access. The developers are making every effort to make the wrist mini-computer available to customers as early as 2020. The wrist concept of designer Hiromi Kiriki has become the most anticipated novelty from China.

Have you ever wondered what the next generation computer will look like?
In the continuation of the post, you will learn about new and impressive concepts and developments in the world of computer technology.

Computer without keyboard and display

RollTop: foldable laptop

HP LiM
Hewlett-Packard's next-generation computer concept called LiM (LessisMore - which means "less is more") is a small system unit that resembles an empty photo album and a 19-inch completely transparent touchscreen display that looks like a piece of glass. All this is complemented by a touchpad that acts as a computer mouse and a thin wireless keyboard.

Laptop B-membrane
This fantastic computer was designed by Korean designer Won-Seok Lee. The membrane keyboard appears at the base of the device only when it is needed. With its help, you can enter text, but the monitor is not provided in this gadget. Instead, the image can be projected onto any surface using a rotating projector.

Horizon Flexible Sliding Display
This desktop computer is equipped with a flexible OLED screen. Users will no longer have to worry about the size of the monitor, because the display of this concept can be stretched to the required size.

Prime Gaming laptop
Perhaps this novelty will be the dream of any gamer. Designer Kyle Cherry came up with an original concept for a gaming laptop with three foldable OLED displays. The author suggests using two more Aux OLED panels in addition to the main 10-inch OLED display (16:10 aspect ratio). When folded, the Prime looks like a regular 13-inch laptop. When opened, the gamer will receive an excellent widescreen display with a diagonal of 26 inches (aspect ratio of 32:10). It is assumed that the laptop case will be made entirely of aluminum, and the computer itself will be equipped with a powerful cooling system.

Napkin PC Concept
A designer named Avery Hallman came up with the concept of a computer that would be a very useful tool in conference rooms. Its design is reminiscent of a napkin hold, which houses several touch screens connected into a single network. The digital pen will allow users to draw directly on the touch screen.

Sony Nextep wrist computer
The Sony Nextep is a futuristic device worn around the wrist like a bracelet. The concept has a flexible OLED touchscreen, holographic projector, slide-out keyboard pad and social media access. The developers are making every effort to make the wrist mini-computer available to customers as early as 2020. The wrist concept of designer Hiromi Kiriki has become the most anticipated novelty from China.

KOOB + Modular Computer System
This futuristic modular computer system consists of a thin, lightweight portable main module with display, main components and a removable control module. All modules perform different functions depending on the needs of the user. The other part of the system is a wire that can be connected to the main module and use the various interchangeable connectors located at the other end.

InOne computer concept
The InOne, or all-in-one computer, comes with a 22-inch display, keyboard, touchpad, speakers, and digital tablet. All these components are combined into one housing and are connected wirelessly. The tablet displays everything that you write or draw, so there will be no need to raise your eyes to the screen.

Sapphire All-In-One PC
Created by Brazilian designer Rafael Berloff, this minimalistic computer artwork promises to be a breakthrough in computer technology. The concept includes wireless components that do not require any workstation. In addition, thanks to the touchpad integrated into the USB keyboard, there is no need for a computer mouse.

The following computer innovations have not yet entered mass production, but who knows, maybe in a year they will become the object of desire of a million users around the world:

1. Computer without keyboard and display

2. RollTop: foldable laptop

4. B-membrane laptop

5. Horizon Flexible Sliding Display

6 Prime Gaming Laptop

7. Napkin PC Concept

8. Sony Nextep wrist computer

9. KOOB + Modular Computer System

10. InOne computer concept

11. Sapphire All-In-One PC

Ecology of knowledge. Science and technology: To say that computers are developing incredibly fast is to say nothing. As early as 1965, Gordon Moore noted that the number of transistors that could fit on a silicon chip was doubling every year. This manic pace has slowed down a bit - now it's doubling about every two years.

To say that computers are developing incredibly fast is an understatement. As early as 1965, Gordon Moore noted that the number of transistors that could fit on a silicon chip was doubling every year. This manic pace has slowed down a bit - now it's doubling about every two years.
Awareness of the dizzying speed with which computer technology is advancing has seeped into the public consciousness. Who hasn't heard the joke that if you buy a computer from a store, it will be outdated by the time you get it home? What will happen to computers in the future?

Assuming microprocessor manufacturing lives up to Moore's law, the processing power of our computers should double every two years. It turns out that in 100 years computers will be 1,125,899,906,842,624 times more powerful than they are today. It's hard to imagine.

But even Gordon Moore himself warned against Moore's law holding out for so long. In 2005, an engineer said that transistors would reach atomic scale, and we would hit fundamental barriers that we couldn't cross. Then we won't be able to fit more transistors into a point in space.

Perhaps we can get around this barrier by building larger processor chips. But transistors generate heat, and hot processors cause the computer to shut down. Computers with fast processors need efficient cooling systems to avoid overheating. The larger the processor chip, the more heat the computer will generate when running at full speed.

Another tactic is to move to a multi-core architecture. A multi-core processor distributes its processing power to each of the cores. They are good at tasks that can be broken down into smaller components, but they are bad at handling large computational tasks that cannot be broken down.

The computers of the future may be based on a completely different model than traditional machines. What if we abandon the old transistor-based processors?

Optical, quantum and DNA computers
Fiber optic technology has already started a revolution in the world of computers. Fiber-optic data transmission lines carry information at incredible speeds and do not suffer from electromagnetic interference, like conventional classic cables. What if we build a computer that uses light to transmit information instead of electricity?

One advantage would be that the optical or photonic system would generate less heat than a traditional transistor-based electronic processor. This data will also be transmitted at a faster rate. However, engineers have yet to develop a compact optical transistor that can be released to the mass market. Scientists at ETH Zurich have been able to build an optical transistor the size of a single molecule. But for the system to be effective, scientists need to cool the molecule down to minus 272 degrees Celsius, or 1 degree Kelvin. It's not much warmer than deep space. And it's not exactly practical for the average computer user.

Photonic transistors could become part of a quantum computer. Unlike traditional computers that use binary counting or bits to perform operations, quantum computers use quantum bits or qubits. A qubit can be 0.1 or something in between at the same time.

A working quantum computer will be able to solve large problems that can be divided into smaller ones, several times faster than traditional computers. The whole "chip" in the problem of parallelization. However, quantum computers are inherently unstable. If the computer's quantum state is disrupted, the machine will revert to the computing power of a conventional computer. And like the optical transmitters built by ETH Zurich, quantum computers are able to operate at a few degrees above absolute zero to maintain their quantum state.

Perhaps the future of computers lies within us. Teams of computer scientists are working to build computers that use DNA to process information. This combination of computer science and biology could pave the way for the next generation of computers. The DNA computer has certain advantages over traditional machines. For example, DNA is a common and inexpensive resource. If we find a way to use DNA as a data processing tool, it could revolutionize computing.

Distributed Computing
A popular topic in science fiction is distributed computing. In such a future, computers will be so small and widespread that they will be almost everywhere. You may have sensors in your floor that constantly monitor your physical health. The computers in your car will help you get to work. Computers will track your every move.

This vision of the future is both exhilarating and frightening. On the one hand, computer networks will become so reliable that we will always have fast and reliable access to the Internet. You will be able to communicate with anyone, regardless of where you are - in the subway or on a desert island. On the other hand, this creates additional opportunities for spying on you.

Over the past ten years, a lot has been done in the field of distributed computing. 4G, LTE, WiMAX expand the Network far beyond wired machines. With a smartphone, if you try, you can access petabytes of information in a matter of seconds. Biometric devices are evolving and becoming more popular.

We will also see a severe transformation in user interface technologies. Most computers today rely on physical inputs such as mice, keyboards, touchpads, and other touch surfaces. Various interfaces are also being developed that allow people to control a computer with eye movement, voice, or even the power of thought. Who knows what will happen tomorrow? Perhaps the computers of the future will know all our desires. published