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Our Science and Technology Editorial Desk was born from a long-standing passion for exploring, interpreting, and bringing complex topics closer to everyday readers. It is written by employees and volunteers who have followed the development of science and technological innovation for decades, from laboratory discoveries to solutions that change daily life. Although we write in the plural, every article is authored by a real person with extensive editorial and journalistic experience, and deep respect for facts and verifiable information.

Our editorial team bases its work on the belief that science is strongest when it is accessible to everyone. That is why we strive for clarity, precision, and readability, without oversimplifying in a way that would compromise the quality of the content. We often spend hours studying research papers, technical documents, and expert sources in order to present each topic in a way that will interest rather than burden the reader. In every article, we aim to connect scientific insights with real life, showing how ideas from research centres, universities, and technology labs shape the world around us.

Our long experience in journalism allows us to recognize what is truly important for the reader, whether it is progress in artificial intelligence, medical breakthroughs, energy solutions, space missions, or devices that enter our everyday lives before we even imagine their possibilities. Our view of technology is not purely technical; we are also interested in the human stories behind major advances – researchers who spend years completing projects, engineers who turn ideas into functional systems, and visionaries who push the boundaries of what is possible.

A strong sense of responsibility guides our work as well. We want readers to trust the information we provide, so we verify sources, compare data, and avoid rushing to publish when something is not fully clear. Trust is built more slowly than news is written, but we believe that only such journalism has lasting value.

To us, technology is more than devices, and science is more than theory. These are fields that drive progress, shape society, and create new opportunities for everyone who wants to understand how the world works today and where it is heading tomorrow. That is why we approach every topic with seriousness but also with curiosity, because curiosity opens the door to the best stories.

Our mission is to bring readers closer to a world that is changing faster than ever before, with the conviction that quality journalism can be a bridge between experts, innovators, and all those who want to understand what happens behind the headlines. In this we see our true task: to transform the complex into the understandable, the distant into the familiar, and the unknown into the inspiring.

Sentinel-1 satellites reveal Tibet

Sentinel-1 satellites reveal Tibet's ...

Learn how Copernicus Sentinel-1 radar satellites and GNSS measurements have measured millimeter-scale displacements of the Tibetan Plateau. We bring you today what the COMET team and the University of Leeds conclude about weaker faults, especially Kunlun, and how such maps can improve seismic hazard models.

NISAR NASA–ISRO radar satellite reveals changes in the Mississippi Delta near New Orleans through the clouds

NISAR NASA–ISRO radar satellite reveals ...

Learn how NISAR, a joint NASA–ISRO mission, uses radar to see through clouds and map New Orleans, Baton Rouge, and the wetlands of the Mississippi Delta. We explain what the radar colors reveal, why it matters for floods, forests, and agriculture, and when public data arrive at the end of February 2026 and where to download them via the Alaska Satellite Facility.

MIT

MIT's silicon metastructures calculate using ...

Learn how MIT researchers developed microscopic silicon metastructures that use excess heat in a chip instead of electricity for analog matrix-vector multiplication – a key operation in machine learning. We bring what the paper published in Physical Review Applied shows, what applications it promises for thermal monitoring of electronics, and where the current limits are.

Crew-12 to the ISS: February 11 launch from Cape Canaveral and nine months of NASA, ESA and Roscosmos crew

Crew-12 to the ISS: February 11 launch from ...

We bring an overview of the Crew-12 mission: the earliest liftoff time from Cape Canaveral, backup windows, and the journey to the ISS in the SpaceX Dragon capsule on a Falcon 9 rocket. Find out who the crew members from NASA, ESA and Roscosmos are and how quarantine in Houston leads to final preparations in Florida. Additionally, we explain why the schedule is changing after the early return of Crew-11 and how long the mission lasts.

NASA: La Niña 2025 temporarily slowed sea level rise, but satellites warn of accelerated global trend

NASA: La Niña 2025 temporarily slowed sea ...

Find out why NASA recorded slower global sea level rise in 2025: a mild La Niña increased rains over the Amazon and temporarily kept water on land. Sentinel-6 satellites and GRACE-FO and Argo data show that oceans continue to warm at record levels, so the accelerated trend of sea level rise returns as soon as water is released back into the sea.

UVA and Very Large Array detect radio signals from a Type Ibn supernova for the first time and peer into a star

UVA and Very Large Array detect radio signals ...

Learn how astronomers from the University of Virginia (UVA) used the Very Large Array radiotelescope to catch the first radio signal from a rare Type Ibn supernova. Data reveals how much mass the star lost just before the explosion, where the helium-rich gas is located, and why everything points to a binary system.

UCSF in Current Biology showed how the mitotic spindle repairs itself under stress and protects DNA division

UCSF in Current Biology showed how the ...

Learn why the mitotic spindle, the key cellular "machine" for separating chromosomes, can withstand large forces. A team from UC San Francisco in Current Biology describes how fibers under load quickly renew and further strengthen. In an experiment with a microneedle in living cells, self-repair was recorded that helps DNA divide precisely into two cells.

CMS at CERN and MIT provide the clearest evidence of a quark trace: quark-gluon plasma in the early universe is a liquid

CMS at CERN and MIT provide the clearest ...

Find out how CMS physicists at CERN's LHC, along with a team from MIT, observed in lead-ion collisions that quarks leave a “wake” in quark-gluon plasma. Using the Z boson as a neutral tag, they showed that this primordial medium of the early universe behaves like a thick liquid rather than a random scattering of particles.

NASA

NASA's Juno Measured Ice Thickness on Europa ...

Find out what NASA's Juno spacecraft discovered during its close flyby of Europa: microwave measurements have narrowed the debate on ice shell thickness and shown how complex the path for oxygen and nutrients to the subsurface ocean is. We bring context for Europa Clipper and ESA's JUICE and what this means for the search for habitable conditions.

AI AnomalyMatch in the Hubble Telescope Archive: ESA astronomers extracted nearly 1400 anomalies in 2.5 days

AI AnomalyMatch in the Hubble Telescope ...

Find out how the AnomalyMatch tool, developed by ESA researchers, searched nearly 100 million cutouts from the Hubble Legacy Archive and in a short time extracted more than 1300 rare phenomena, including hundreds of previously undocumented anomalies. We bring you what this means for the search for gravitational lenses, galaxy collisions, and other cosmic 'needles in a haystack'.