Search or ask a question

When did fortnite become a black hole?

Intermediate-mass black hole

Stellar black hole

Primordial black hole

Answers from top 4 papers

PDF

Open Access

More filters

Papers (4)	Insight
Open access•Journal Article•DOI Black Hole Metamorphosis and Stabilization by Memory Burden Gia Dvali, Gia Dvali, Lukas Eisemann, Lukas Eisemann, Marco Michel, Marco Michel, Sebastian Zell, Sebastian Zell, Sebastian Zell - Show less +8 more 18 Nov 2020-Physical Review D 25 Citations	This raises a tantalizing question about the fate of a black hole.
Open access•Journal Article•DOI The evolution of the timing properties of the black-hole transient GX 339-4 during its 2002/2003 outburst Tomaso Belloni, Jeroen Homan, Piergiorgio Casella, M. van der Klis, E. Nespoli, Walter H. G. Lewin, Jon M. Miller, Mariano Mendez - Show less +7 more 26 Apr 2005-arXiv: Astrophysics 44 Citations	These results, together with those obtained from energy spectra, point towards a common evolution of black-hole transients through their outbursts.
Open access•Journal Article•DOI Evidence for gravitational infall of matter onto the supermassive black hole in the quasar PG 1211+143? James Reeves, James Reeves, Ken Pounds, P. Uttley, S. B. Kraemer, S. B. Kraemer, R. F. Mushotzky, Tahir Yaqoob, Tahir Yaqoob, Ian M. George, Ian M. George, T. J. Turner, T. J. Turner - Show less +12 more 10 Nov 2005-The Astrophysical Journal 36 Citations	This matter may originate in a failed outflow or jet, which does not escape the gravitational potential of the black hole.
Open access•Book Chapter•DOI Manifestations of a massive black hole in the galactic center E. S. Phinney 01 Jan 1989 287 Citations	However from a Copernican point of view, this explanation is less attractive than a black hole.

My columns

Related Questions

How do I fix fortnite Internet lag on my computer?9 answers

How many people have died from black hole?4 answers

What console player has the most earnings in fortnite?7 answers

What year was the first black hole pic?6 answers

When is a black hole gonna come to earth?6 answers

Who is the lead singer of Black Hole Sun?3 answers

See what other people are reading

What is gravity force?

What is a black hole? general relativity?

What is gravity force?

Why Neptune is considered the first planet to be discovered through the use of mathematics?

Neptune is regarded as the first planet discovered through mathematical predictions due to the groundbreaking work of mathematicians like John C. Adams and Urbain Le Verrier in the 19th century. The discovery of Neptune was based on analyzing deviations in Uranus' orbit, which led to the mathematical prediction of a previously unseen planet tugging on Uranus. This prediction was a remarkable triumph of Isaac Newton's theory of gravitation. The search for Neptune involved intense mathematical calculations and simulations to pinpoint its existence, showcasing the power of mathematics in predicting celestial bodies. The discovery of Neptune marked a significant scientific event, sparking controversies and debates between England and France, ultimately highlighting the pivotal role of mathematics in unveiling hidden astronomical phenomena.Isothermal wind vs non isothermal wind astronomy?

In astronomy, the comparison between isothermal and non-isothermal winds is crucial for understanding various phenomena. Isothermal winds, often modeled with Parker wind theory, face challenges due to degeneracies between temperature and mass-loss rates. On the other hand, non-isothermal turbulence models, incorporating temperature variations, reveal complex filament structures and density probability distribution changes, impacting star formation rates and the initial mass function. Additionally, in galactic winds, isothermal approximations may not fully capture the dynamics driven by cosmic-ray streaming, leading to modifications in wind energetics and mass-loss rates. Understanding the differences between isothermal and non-isothermal scenarios is essential for accurately modeling various astronomical processes, from exoplanet atmospheres to galactic outflows.How did Lost Horizon festival perform a Hybird event?

The Lost Horizon festival showcased a hybrid event by combining traditional and academic electroacoustic compositional approaches with experimental electronic producers and performers, aiming to break boundaries and foster mutual learning. This event featured collaborations where artists contributed either collaborative performances or installations, emphasizing social interaction and cooperation. The festival included a diverse range of artistic approaches and results intended for presentation, promoting a process of working together and building new forms of cooperation. Through pairings, routings, and connections of people, the festival manifested natural divisions of pairs and trios, showcasing collaborative developments stemming from each artist's creative strengths. Overall, the Lost Horizon festival successfully blended established international artists with the local scene in Brno, creating a space for different connections and exploration of sound territories.How and why perpetual motion machines violate the first law of thermo dynamics?

Perpetual motion machines violate the first law of thermodynamics by attempting to produce more energy or work than they consume, which contradicts the law of energy conservation. These machines are categorized into two types: perpetual motion machines of the first and second kind. The first kind aims to create energy by producing more than it absorbs, a concept forbidden by the first law of thermodynamics. The second kind draws heat from the surroundings and converts it into work without altering the surroundings' state, but limitations exist on their construction due to the conversion of heat into directed energy or useful work. Any violation of the second law of thermodynamics, which perpetual motion machines attempt, ultimately undermines the fundamental laws of physics and chemistry.Would the perceived expansion of the universe be driven by black holes?

The perceived expansion of the universe could be influenced by black holes. Research suggests that black holes, particularly in specific structures like the Reissner-Nordstrom black hole with additional components, can generate repulsive forces that counteract gravity, potentially contributing to universal expansion. Additionally, the concept of black holes as sources of dark energy and the antigravity forces associated with them could play a role in the accelerated expansion of the universe. However, while there is debate on whether black holes could explain the universe's accelerated expansion, with some arguments in favor and others against, the prevailing conclusion leans towards skepticism due to more arguments against this view based on General Relativity solutions.How can animation be timeless?

Animation can be considered timeless due to its ability to transcend temporal boundaries and evoke enduring philosophical and artistic expressions. The concept of animation extends beyond mere movement images, delving into the intricate interplay of time, space, and memory. Through the utilization of loops and animated constructs, animation bridges moments of action and anticipation, creating a fixed temporal object that blurs the lines between the physical world and the animated realm. Furthermore, animation studies explore the deep-rooted historical and scientific aspects of animation, highlighting its evolution from classical forms to contemporary digital media, showcasing how animation has adapted and persisted through time. This multifaceted exploration of animation's essence and its diverse applications across various mediums contribute to its timeless nature.What is Session D held at GE?

Session D at GE refers to a special session held in Erice, focusing on the terminology discrepancies within the field, leveraging the expertise of the gathered specialists. This session was motivated by the presence of a high concentration of experts in the field at Erice and aimed to address the issue of varied interpretations of terminology within the domain. The session highlighted the importance of clarifying and standardizing the terminology used to avoid misunderstandings and ensure clear communication among professionals in the field. By bringing together a diverse group of experts, Session D aimed to harmonize the understanding of key concepts and terms within the GE community, fostering better collaboration and knowledge sharing among participants.How does higher-dimensional wrapped spacetime affect the detection and analysis of gravitational lensing?

Higher-dimensional wrapped spacetime significantly impacts the detection and analysis of gravitational lensing. Studies explore the equatorial deflection angle in Kerr-Newman black-bounce spacetime, emphasizing the effects of charge and regularization parameters on light ray trajectories and Einstein ring sizes. Additionally, investigations into general relativity tests in higher dimensions, both commutative and non-commutative, reveal modifications in gravitational redshift, lensing, and time delay due to extra dimensions and non-commutative corrected black holes. Furthermore, research on weak-field gravitational lensing of specific wormholes highlights the challenges in analytically solving deflection angles and the sensitivity to coordinate systems, especially in negative-mass scenarios. These findings underscore the intricate interplay between higher-dimensional spacetime structures and gravitational lensing phenomena, necessitating advanced analytical and numerical approaches for accurate interpretations.