Above, a figure depicting a neutrino-laser scheme: read the third source to find more details Gigantic black holes existed in a cosmic eyeblink after the Big Bang. That should be impossible. The James Webb Space Telescope has either made the problem much worse, or solved it by discovering the first Black Hole Star. Read more about the Roman space telescope which launched last Sunday and the kinds of technologies that allow for its capabilities. Two studies find that fundament

Above - NASA’s Nancy Grace Roman Space Telescope is encapsulated within the payload fairing at the agency’s Kennedy Space Center Watch live coverage of the Roman space telescope! NASA’s next-generation observatory is designed to explore some of the universe’s biggest mysteries, including dark energy. By Masroor H. Bukhari. A historic background of Human thought in natural philosophy and light, to an intro to light for beginners, followed by a crash course in physical cosmolo

Above, a partial solar eclipse is pictured from the International Space Station - NASA It's been 10 years since the discovery of Tabby’s star and we finally have a leading contender to explain the strangest known star in the galaxy. Video - PBS Spacetime Optical fibre and conveying information via entangled quantum particles—potentially enabling instantaneous exchanges of information across vast distances. - Article Understanding the unknown pasts of our moon by decoding

LIGO may have detected a black hole that shouldn't exist, potentially revealing the first evidence of primordial black holes formed in the earliest moments after the Big Bang. But the bigger story is how a decade of gravitational-wave astronomy has transformed from proving Einstein right into a mature science capable of uncovering entirely new physics. Two A-site ordered cuprates exhibit the Zhang–Rice (ZR) singlet state, an electronic state associated with high-temperature s

In this short clip from his talk on black holes, Jerome Gauntlett explains spaghettification, singularity and what would happen to you deep inside a black hole. Jerome Gauntlett is a professor of theoretical physics at Imperial College. His research interests are focussed on string theory, quantum field theory and black holes. In her live public lecture at Perimeter Institute on March 4, 2020, Shohini Ghose – professor of physics and computer science at Wilfrid Laurier Univer

Physics is the foundation of our understanding of the universe. From the smallest particles to the vast vacuum of space. For those with a curious mind, diving into the realm of physics can be extraordinary. In this blog post, we will explore opportunities for anyone wanting to learn more about this fascinating subject. All of which here, on Universe Incorporated, we bring to you in one place. Community: access from anywhere in the world, new subjects: coming through all the

By fitting theoretical and observed radio maps, it was possible to find the scale of the jet (OJ 287) that depends on the average projected jet speed in the sky. This offers an important view into the internal dynamics of the secondary jet. Last year, the Dark Energy Spectroscopic Instrument's map of the Universe suggested that dark energy may not be constant. Last month, The Dark Energy Survey released its final results. Did they confirm the DESI measurement? Why are comple