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Redakcija za znanost i tehnologiju

Naša Redakcija za znanost i tehnologiju nastala je iz dugogodišnje strasti prema istraživanju, tumačenju i približavanju složenih tema običnim čitateljima. U njoj pišu zaposlenici i volonteri koji već desetljećima prate razvoj znanosti i tehnoloških inovacija, od laboratorijskih otkrića do rješenja koja mijenjaju svakodnevni život. Iako pišemo u množini, iza svakog teksta stoji stvarna osoba s dugim uredničkim i novinarskim iskustvom te dubokim poštovanjem prema činjenicama i provjerljivim informacijama.

Naša redakcija temelji svoj rad na uvjerenju da je znanost najjača kada je dostupna svima. Zato težimo jasnoći, preciznosti i razumljivosti, ali bez pojednostavljivanja koje bi narušilo kvalitetu sadržaja. Često provodimo sate proučavajući istraživanja, tehničke dokumente i stručne izvore kako bismo svaku temu predstavili čitatelju na način koji ga neće opteretiti, nego zainteresirati. U svakom tekstu nastojimo povezati znanstvene spoznaje s realnim životom, pokazujući kako ideje iz istraživačkih centara, sveučilišta i tehnoloških laboratorija oblikuju svijet oko nas.

Dugogodišnje iskustvo u novinarstvu omogućuje nam da prepoznamo što je za čitatelja zaista važno, bilo da se radi o napretku u umjetnoj inteligenciji, medicinskim otkrićima, energetskim rješenjima, svemirskim misijama ili uređajima koji ulaze u našu svakodnevicu prije nego što stignemo uopće zamisliti njihove mogućnosti. Naš pogled na tehnologiju nije isključivo tehnički; zanimaju nas i ljudske priče koje stoje iza velikih pomaka – istraživači koji godinama privode kraju projekte, inženjeri koji pretvaraju ideje u funkcionalne sustave, te vizionari koji guraju granice mogućega.

U radu nas vodi i osjećaj odgovornosti. Želimo da čitatelj može imati povjerenje u informacije koje donosimo, pa provjeravamo izvore, uspoređujemo podatke i ne žurimo s objavom ako nešto nije sasvim jasno. Povjerenje gradimo sporije nego što se piše vijest, ali vjerujemo da je jedino takvo novinarstvo dugoročno vrijedno.

Za nas je tehnologija više od uređaja, a znanost više od teorije. To su područja koja pokreću napredak, oblikuju društvo i pružaju nove mogućnosti svima koji žele razumjeti kako svijet funkcionira danas i kamo ide sutra. Upravo zato u našoj redakciji pristupamo svakoj temi s ozbiljnošću, ali i s dozom znatiželje, jer upravo znatiželja otvara vrata najboljim tekstovima.

Naša je misija približiti čitateljima svijet koji se mijenja brže nego ikada prije, uz uvjerenje da kvalitetno novinarstvo može biti most između stručnjaka, inovatora i svih onih koji žele razumjeti što se događa iza naslova. U tome vidimo svoj pravi zadatak: pretvoriti kompleksno u razumljivo, udaljeno u blisko, a nepoznato u inspirativno.

Anyons link superconductivity and magnetism: new MIT theory reveals unusual quantum matter in moire materials

Anyons link superconductivity and magnetism: ...

Find out how MIT physicists link the seemingly incompatible superconductivity and magnetism through exotic quasiparticles called anyons. We bring an overview of new experiments in rhombohedral graphene and twisted MoTe2 and explain why anyonic quantum matter could change the development of quantum technologies.

MIT warns: without more satellites we don

MIT warns: without more satellites we don't ...

Find out how new MIT research reveals that geostationary satellites miss most aircraft contrails and why a combination of different satellites and ground observations can significantly reduce the climate impact of air travel. We bring what this means for the future of flights and the climate.

Euclid captured galaxy NGC 646 as a space holiday garland and reveals secrets of dark matter and the cosmos

Euclid captured galaxy NGC 646 as a space ...

Find out how the Euclid space telescope turned galaxy NGC 646 into a holiday garland in the night sky and why these detailed images are crucial for understanding dark matter, dark energy, and the slow cooling of the universe. We bring the story of what Euclid is already revealing about galaxy formation, the role of bars in spiral disks, and the future cosmological atlas of the universe.

ESA Post-CM25 online event on January 14, 2026, opens new opportunities for the European space industry

ESA Post-CM25 online event on January 14, ...

The European Space Agency is holding a full-day online post-CM25 industry event on January 14, 2026, where ESA management will present the results of the Ministerial Council in Bremen, announce new programs, define strategic priorities, and explain where opportunities are opening for companies of all sizes.

Galileo satellites SAT 33 and SAT 34 on Ariane 6 rocket strengthen European navigation and space autonomy

Galileo satellites SAT 33 and SAT 34 on ...

The new Galileo L14 mission brought SAT 33 and SAT 34 satellites into orbit on an Ariane 6 rocket, solidifying European autonomy in space access and global navigation. Their role is to strengthen the precision, resilience, and security of services upon which the economy and daily life in Europe and the world rely.

New P160C rocket motor: how ESA with Ariane 6 and Vega builds a stronger and competitive European space fleet

New P160C rocket motor: how ESA with Ariane 6 ...

New P160C rocket motor strengthens Europe's independence in space access and ensures a more powerful start of flight. As a common booster for Ariane 6 and Vega, it increases payload, opens up space for more commercial missions, supports institutional projects, and enables a more stable launch pace from the Guiana Space Centre.

How NASA

How NASA's IXPE Uncovered the Origin of ...

NASA's IXPE satellite has achieved its longest observation of the Perseus cluster of galaxies and finally revealed where X-rays come from in the jet of the supermassive black hole 3C 84. An international team showed that synchrotron self-Compton scattering in the jet itself plays a key role. The result opens a new chapter in understanding black hole jets and their role in galaxy evolution.

NASA

NASA's MRO orbiter and HiRISE camera capture ...

NASA's Mars Reconnaissance Orbiter with the HiRISE camera, after nearly two decades in orbit around the Red Planet, captured its 100,000th photograph, a historical frame of the Syrtis Major region revealing dynamic dunes, mesas, and traces of changing Martian winds. It further emphasizes the mission's role in future exploration and planning for human missions.

Webb reveals Westerlund 2 in the Gum 29 nebula: fireworks of young stars, brown dwarfs, and planetary disks

Webb reveals Westerlund 2 in the Gum 29 ...

The latest James Webb telescope image of the month unveils the young cluster Westerlund 2 in the Gum 29 nebula, filled with thousands of hot stars, brown dwarfs, and disks where planets form, revealing how an extreme environment shapes star systems in our galaxy and their future evolution.

ARIEL: new European green hydrogen peroxide thruster for rocket and spacecraft control

ARIEL: new European green hydrogen peroxide ...

ARIEL is a new European hydrogen peroxide monopropellant thruster intended for precise control of rockets and spacecraft. Developed with the support of ESA's FLPP program, it offers a safer, more sustainable, and cheaper alternative to hydrazine and is already finding its first commercial application in control systems.