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Hace 11 horas · Agujero negro “Explica el primer autor Alejandro Vigna-Gómez, quien era investigador postdoctoral en el Instituto Niels Bohr cuando comenzó este estudio. Hechos y mitos: estrellas que desaparecen. En los tiempos modernos, ha habido muchas observaciones sobre Estrellas que desaparecen inexplicablemente. “Una encuesta sobre nada”.
Hace 11 horas · 1. Introduction: Natura Facit Saltus. Since Planck first formulated the hypothesis of ‘quantum of action’ in 1900, a true revolution began in physics, which (in the words of one of its leaders) “in many respects resembles the scientific revolution of the sixteenth and seventeenth centuries” ( Bohr 1960 ), and which is still ongoing.
Hace 11 horas · « Notre analyse montre sans équivoque que le trou noir de VFTS 243 s'est très probablement formé immédiatement, l'énergie étant principalement perdue via les neutrinos », explique le professeur Irene Tamborra de l'Institut Niels Bohr, qui a également participé à l'étude. Un système de référence pour les études futures
Hace 11 horas · New research by astrophysicists at the Niels Bohr Institute at the University of Copenhagen provides the strongest evidence yet that very massive stars can undergo much greater stealth and secrecy than supernovas. In fact, their research suggests that with enough mass, a star’s gravity could be so strong that no explosion would occur when it ...
Hace 11 horas · New research by astrophysicists at the University of Copenhagen’s Niels Bohr Institute presents the strongest evidence to date that very massive stars can succumb with far more stealth and discretion than as supernovae. Indeed, their investigation suggests that, ...
Hace 11 horas · Selon la professeure Irene Tamborra de l’Institut Niels Bohr, co-auteure de l’étude, VFTS 243 représente le meilleur cas observé à ce jour pour cette théorie. Cela renforce la validité de ces modèles et ouvre de nouvelles perspectives pour la recherche sur l’évolution et l’effondrement des étoiles.
A planet once believed to orbit the star 40 Eridani A—home to the fictional planet Vulcan from the Star Trek universe—is actually an astronomical illusion caused by the star’s own pulses and tremors, according to a new study.. The potential discovery of a planet orbiting a star made famous by Star Trek caused excitement and garnered significant attention when announced in 2018.
