#nezzar the calculator

[nerds-yearbook]

Marvel celebrated the 300th Issue of Thor with a cover date of October 1980. The issue introduced the Council of God-Heads (Buluku, Ulgen, Ukko, Manitou, Nuada, Kane, Viracocha, Izanagi, Okonorote, Tomazooma - already existed in the MU, Vishnu, Yu Huang, Anu, Ammon Ra, Tezcatlipoca, Itzamna, Buddha, Zues - already existed in the MU, Svarog), Young Gods (Brightsword - already in MU, Caduceus, Calculus, Daydreamer, Genii- already in MU, Harvest - already in MU, Highnote, Mindsinger, Moonstalker, Sea Witch, Splice, Varua) and the races Akua, Apu, Amatsu-Kami, Daevas, Xian, Teteoh, Ahua, and Dievas. They were introduced to the Marvel Universe by Mark Gruenwald, Ralph Macchio, and Keith Pollard. ("Twilight of the Gods", Thor #300, Marvel Comic Event)

[savage-kult-of-gorthaur]

Sources: www.comicartshop.com/gallerypiece.asp?piece=1959536 & Comic Art Fans

[onemanverycrazy]

Work in progress Nezzar the Calculator

[vincethehuman]

(scroll down for English) 17-N de NEZZAR EL CALCULADOR Poderes: Control de Energía Cósmica. Armadura de la hostia. Primera aparición: Eternals 9 (1977) Como miembro de la Cuarta Hueste de los Celestiales (una raza alienígena de dioses cósmicos que experimentó con los primeros homínidos y está evaluando el valor de la humanidad en el presente), Nezzar aparece en la Unión Soviética y es apuntado con un misil atómico. Sin embargo, crea en las mentes de sus atacantes la ilusión de que el misil es redirigido hacia ellos, creándoles severo trauma y dejándolos en coma. Vaya tío.  --------------------------------------------------- 17-N for NEZZAR THE CALCULATOR Powers: Cosmic energy control. Kick-ass armor. First appearance: Eternals 9 (1977) As a member of the Fourth Host of the Celestials -an alien race of cosmic gods who experimented on early humans and is evaluating the worth of humanity on present day-, Nezarr appeared in the Soviet Union and was targeted by an atomic missile. However, Nezarr created an illusion in the minds of the firing crew that the missile had turned back on them, and the resulting mental trauma put all of them into comas. Nezzar is a badass muthafucka. #artistsoninstagram #ilustracion #ilustration #digitalart #jackkirby #comics #marvelcomics #celestials #marvel #comicbooks #eternals #comic #mcu #igcomicfamily #comicbookart #inktober #art #igcomicbookfamily #igcomics #jacktober #kingtober #comiccollection #nezzar #nezzarthecalculator #eternos #fourthhost #bronzeage #artofig #abckirby #theking https://www.instagram.com/p/CHGKz0cDBs6/?igshid=wdmv77vjgw1r

[sciencespies]

Brian Cox and Jeff Forshaw confront the black hole information paradox

https://sciencespies.com/physics/brian-cox-and-jeff-forshaw-confront-the-black-hole-information-paradox/

Brian Cox and Jeff Forshaw confront the black hole information paradox

The particle physicists explain the latest thinking on what happens to the stuff that falls into black holes – and what it reveals about the deepest structure of the universe

Physics 20 September 2022

By Abigail Beall

Nabil Nezzar

A black hole is a region of space so dense that nothing, not even light, can move quickly enough to escape. At least that was the thinking until the 1970s, when Stephen Hawking calculated that black holes aren’t completely black after all. Instead, Hawking argued, they slowly give off radiation – now known as Hawking radiation – that eventually means the black hole will evaporate.

Hawking’s calculations created a problem. Quantum theory says information can never vanish, so what happens to the information that has fallen into the black hole? Where does it go? This is the black hole information paradox. It has troubled physicists for decades because it highlights the profound disconnect between general relativity, Albert Einstein’s theory of gravity from which black holes were summoned, and the laws of quantum theory that govern the subatomic realm.

Now, we seem to be on the cusp of a resolution to this, with huge consequences for how we understand the cosmos at its most fundamental. All of which is the subject of a forthcoming book called Black Holes: The key to understanding the universe by Jeff Forshaw and Brian Cox, both particle physicists at the University of Manchester, UK.

New Scientist spoke to them about the latest thinking on the black hole information paradox, what it reveals about where space-time comes from and why the deep structure of the universe looks surprisingly similar to a quantum computer.

Abigail Beall: When most people think of black holes, they probably think of big things in space like collapsing stars and huge …

#Physics