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- Alejandro Suárez Mascareño: asm_ext [at] iac.es (asm_ext[at]iac[dot]es)
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Clues to the first stars may be hiding much closer to home than expected. An international team led by the Instituto de Astrofísica de Canarias (IAC) has detected potential chemical traces of the very first stars in the Universe within a neighboring galaxy. The setting for this discovery is NGC 1277, a well-known "relic" galaxy. While normal galaxies grow and transform by merging with others throughout their history, this compact system formed most of its stars very quickly in the early Universe and became frozen in time. Acting as a cosmic time capsule, this galaxy is perfect forAdvertised on -
In the standard Lambda cold dark matter (Lambda-CDM) cosmology, galaxies grow by gradually accreting material and through mergers with other galaxies. This scenario successfully explains many large-scale cosmic structures, yet it struggles to account for the existence of numerous massive spiral galaxies in the local Universe that lack a prominent central bulge, pure disc systems, in the local Universe. Understanding how these galaxies form and survive is also essential for placing our own Galaxy, the Milky Way, into context, as it also hosts a low-mass bulge. In this study, we analyse 22Advertised on -
The National Hub of Excellence in Quantum Communications held its general meeting on 10 and 11 February at the IACTEC building, located in the Tenerife Science and Technology Park. The event brought together representatives from Spain’s leading public institutions in the field of quantum technologies, consolidating the coordinated efforts undertaken within this strategic initiative. On Tuesday, 10 February, the programme addressed the Hub’s strategic vision within the national and European context, highlighting its alignment with Spain’s Quantum Technologies Strategy (2025–2030) and withAdvertised on