We live in an era when addressing climate change and achieving an energy transition is no longer merely an environmental goal but a genuine technological front line — one where “green” technologies are becoming the driving forces of industry, economy, and social transformation. In this article, we explore how new materials and energy sources are helping the planet, what role artificial intelligence plays in this process, and which companies are leading the greentech revolution.
A recent study has proven that artificial intelligence is no longer perceived as a revolutionary innovation or a novelty. Neural networks have long become a part of everyday life.
Today, more and more commercial orbital complexes are emerging, even though many people still associate the space industry with massive, exclusively government-run projects. Yet private stations now combine laboratories, hotels, and testing grounds all in one. This is how a new sector is taking shape — the orbital economy.
We stand at the threshold of a technological transformation comparable to the shift from steam to electricity or from analog circuits to integrated microprocessors. Today, the focus is on quantum computing—a technology that promises not merely to accelerate familiar computations but to redefine the very principles of how we interact with information. In this article, we’ll explore how quantum computers work, why they matter, and how soon quantum technologies may become part of our everyday lives.
In recent years, we have been witnessing a large-scale technological revolution. Innovations are emerging at the speed of light — moreover, the very model of interaction between humans and machines is changing. It seems that not long ago, robots were associated solely with science fiction, but today they are deeply integrated into the everyday lives of both tech enthusiasts and ordinary people.
Today, more and more commercial orbital complexes are emerging, even though many people still associate the space industry with massive, exclusively government-run projects. Yet private stations now combine laboratories, hotels, and testing grounds all in one. This is how a new sector is taking shape — the orbital economy.
We stand at the threshold of a technological transformation comparable to the shift from steam to electricity or from analog circuits to integrated microprocessors. Today, the focus is on quantum computing—a technology that promises not merely to accelerate familiar computations but to redefine the very principles of how we interact with information. In this article, we’ll explore how quantum computers work, why they matter, and how soon quantum technologies may become part of our everyday lives.
In recent years, we have been witnessing a large-scale technological revolution. Innovations are emerging at the speed of light — moreover, the very model of interaction between humans and machines is changing. It seems that not long ago, robots were associated solely with science fiction, but today they are deeply integrated into the everyday lives of both tech enthusiasts and ordinary people.
In recent years, we have been witnessing a large-scale technological revolution. Innovations are emerging at the speed of light — moreover, the very model of interaction between humans and machines is changing. It seems that not long ago, robots were associated solely with science fiction, but today they are deeply integrated into the everyday lives of both tech enthusiasts and ordinary people.
We stand at the threshold of a technological transformation comparable to the shift from steam to electricity or from analog circuits to integrated microprocessors. Today, the focus is on quantum computing—a technology that promises not merely to accelerate familiar computations but to redefine the very principles of how we interact with information. In this article, we’ll explore how quantum computers work, why they matter, and how soon quantum technologies may become part of our everyday lives.
Today, more and more commercial orbital complexes are emerging, even though many people still associate the space industry with massive, exclusively government-run projects. Yet private stations now combine laboratories, hotels, and testing grounds all in one. This is how a new sector is taking shape — the orbital economy.
A recent study has proven that artificial intelligence is no longer perceived as a revolutionary innovation or a novelty. Neural networks have long become a part of everyday life.
We live in an era when addressing climate change and achieving an energy transition is no longer merely an environmental goal but a genuine technological front line — one where “green” technologies are becoming the driving forces of industry, economy, and social transformation. In this article, we explore how new materials and energy sources are helping the planet, what role artificial intelligence plays in this process, and which companies are leading the greentech revolution.
In the 21st century, medicine is undergoing a true revolution — algorithms are replacing doctors, 3D printers are printing human organs, artificial intelligence is designing drugs, and for the first time, humans can control their own biology and literally hack their bodies. Our very attitude toward health, aging, and the process of life itself has changed. But what will be the result of this revolution? Is it the key to immortality, or just another form of dependence on technology?
Until recently, forecasters relied on vast amounts of data from meteorological satellites, ground stations, weather radars, and other sources (e.g., ocean buoys, radiosondes), which is received in real-time.
The global financial group London Stock Exchange Group (LSEG) has launched a new blockchain-based infrastructure — Digital Markets Infrastructure (DMI). This is the first system of its kind created by a major global exchange platform, designed to serve the entire life cycle of private funds — from issuance and tokenization to post-trade settlement and servicing.
Today, more and more commercial orbital complexes are emerging, even though many people still associate the space industry with massive, exclusively government-run projects. Yet private stations now combine laboratories, hotels, and testing grounds all in one. This is how a new sector is taking shape — the orbital economy.
We stand at the threshold of a technological transformation comparable to the shift from steam to electricity or from analog circuits to integrated microprocessors. Today, the focus is on quantum computing—a technology that promises not merely to accelerate familiar computations but to redefine the very principles of how we interact with information. In this article, we’ll explore how quantum computers work, why they matter, and how soon quantum technologies may become part of our everyday lives.
In recent years, we have been witnessing a large-scale technological revolution. Innovations are emerging at the speed of light — moreover, the very model of interaction between humans and machines is changing. It seems that not long ago, robots were associated solely with science fiction, but today they are deeply integrated into the everyday lives of both tech enthusiasts and ordinary people.
Until recently, forecasters relied on vast amounts of data from meteorological satellites, ground stations, weather radars, and other sources (e.g., ocean buoys, radiosondes), which is received in real-time.
In the 21st century, medicine is undergoing a true revolution — algorithms are replacing doctors, 3D printers are printing human organs, artificial intelligence is designing drugs, and for the first time, humans can control their own biology and literally hack their bodies. Our very attitude toward health, aging, and the process of life itself has changed. But what will be the result of this revolution? Is it the key to immortality, or just another form of dependence on technology?
We live in an era when addressing climate change and achieving an energy transition is no longer merely an environmental goal but a genuine technological front line — one where “green” technologies are becoming the driving forces of industry, economy, and social transformation. In this article, we explore how new materials and energy sources are helping the planet, what role artificial intelligence plays in this process, and which companies are leading the greentech revolution.
A recent study has proven that artificial intelligence is no longer perceived as a revolutionary innovation or a novelty. Neural networks have long become a part of everyday life.
Today, more and more commercial orbital complexes are emerging, even though many people still associate the space industry with massive, exclusively government-run projects. Yet private stations now combine laboratories, hotels, and testing grounds all in one. This is how a new sector is taking shape — the orbital economy.
We stand at the threshold of a technological transformation comparable to the shift from steam to electricity or from analog circuits to integrated microprocessors. Today, the focus is on quantum computing—a technology that promises not merely to accelerate familiar computations but to redefine the very principles of how we interact with information. In this article, we’ll explore how quantum computers work, why they matter, and how soon quantum technologies may become part of our everyday lives.
In recent years, we have been witnessing a large-scale technological revolution. Innovations are emerging at the speed of light — moreover, the very model of interaction between humans and machines is changing. It seems that not long ago, robots were associated solely with science fiction, but today they are deeply integrated into the everyday lives of both tech enthusiasts and ordinary people.