Hitecher staff writer, high tech and science enthusiast. His work includes news about gadgets, articles on important fundamental discoveries, as well as breakdowns of problems faced by companies today. Evan has his own editorial column on Hitecher.
Imagine: you're wandering through a futuristic world in a VR game, and you don't just see objects clearly—you can also smell them, and then taste them. Sounds like an episode of Black Mirror? Not at all!
In July 2025, a long-awaited event took place in the laboratory of the British Antarctic Survey (BAS) in Cambridge — an event climate scientists had been anticipating for nearly two decades.
Just a couple of years ago, artificial intelligence was mainly associated with chatbots, smart speakers, and experimental demos from tech expos. The year 2026 has only just begun, yet it already marks a major shift: AI has stepped beyond the smartphone screen and started to inhabit the physical space around people — the home, the desk, the kitchen, and even such areas of life as personal communication and… romance!
Scientists and futurists are increasingly discussing the approach of a technological singularity—a moment when artificial intelligence surpasses human intelligence and the pace of change becomes so rapid that predicting the future becomes impossible. While some debate the timing of this event, others are already identifying the first harbingers of the coming storm.
In reality, a “smart city” is far more than sensors at traffic lights, parking payment apps, and 5G connectivity. A smart city is a complex and large-scale ecosystem in which technologies become an organic part of everyday urban life — just like roads, parks, and buildings. In such a city, the infrastructure begins to sense and understand its residents, respond to their needs, anticipate their desires — and, in a way, truly comes alive.
Today, following the Apollo era, a new age has dawned in which the Moon is viewed as the first extraterrestrial logistics hub, an industrial platform, and a testing ground for all manner of technologies.
Sleep should not be considered merely a passive state of rest, as the brain can be quite active during this time. This is especially true during the rapid-eye-movement or REM sleep phase, when brain activity reaches almost the same level as during periods of wakefulness. It is in this phase that we experience our most vivid, complex, and intricate dreams. One of the factors capable of influencing the intensity, vividness, and indeed the very presence of dreams is caffeine.
When, in 2022, the Midjourney neural network generated the work "Théâtre D'opéra Spatial," which won a digital art competition in Colorado, it caused a shock. Many saw this as the sunset of human creativity.
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.
The Chinese IT market is a real El Dorado for ambitious companies dreaming of global success. The numbers speak for themselves: China’s digital economy exceeds $7 trillion, and the number of internet users has reached 1.1 billion.
More than 13,000 years after the last representatives of this species trod the lands of North America, humans have decided to bring them back to life. This is how the first genetically modified puppies with the phenotype of the dire wolf were created.
The crew of the Shenzhou-19 mission has conducted an experiment that could forever change the rules of the game in space exploration. Chinese cosmonauts have, for the first time in the world, successfully synthesized oxygen and rocket fuel components using artificial photosynthesis directly in orbit.