400+ Astrophysics Wallpapers, Stock Photos & Backgrounds

A cosmic landscape representing the cosmic microwave background radiation, pervading the universe. Ultra High Realistic. ultra high resolution. 32K ,

a neutron star

stars, planets, cosmos, milky way, patterns, illusions, super detailed, super high definition, super realistic, stars, collection of stars

astrophysics

a neutron star

pink floyd, space, planet, colors, motion, black background

Visualize quantum entropy of gravitational neutrino waves as swirling, liquifying waves of color, radiating across a star-filled cosmos. Infuse the scene with an aura of obscurity and profound complexity. Render in a hyper-realistic yet surreal art style, under the boundless illumination of countless stars

Photo of a physically correct and real existing black hole, photographed through hubbles and web telescope, ultra high details, photorealistic, 12k

minimalistic simple science fiction space data display screen in the style of early 1980s VGA graphics crt monitor, scanlines

Tunnels, wormholes, cosmic vortexes,

A simulation of a dying star shows how it could create gravitational waves

extreme curvature of spacetime under a high gravitational field

background for a website including space an a planet, dark navy, dark silver, cosmic theme

earth and the moon in space, in the style of cybermysticpunk, swirling vortexes, celestialpunk, firecore

galaxy in pixel art

The initial stage of the Big Bang event at 9:16, a radiant cosmic eruption emitting streams of light, against the backdrop of a vast, infinite black space, the scene invokes a feeling of wonder and curiosity, suggesting the creation of new galaxies and stars, Illustration, digital art with neon color palette to accentuate the luminous nature of the event,

Relic radiation, also known as cosmic microwave background (CMB) radiation, is a faint glow of electromagnetic radiation that permeates the entire universe. It is considered the oldest light in existence, originating from the early stages of the universe, specifically around 380,000 years after the Big Bang. Relic radiation is composed of photons that were released when the universe transitioned from a hot, dense plasma to a transparent state. As the universe expanded and cooled, the photons scattered less frequently, allowing them to freely travel across space. Over billions of years, these photons have redshifted to longer wavelengths, appearing as microwaves today. The discovery of relic radiation in 1965 by Arno Penzias and Robert Wilson provided strong evidence for the Big Bang theory and has been crucial in shaping our understanding of the universe's origins, its expansion, and the formation of cosmic structures. Studying relic radiation enables cosmologists to investigate the early universe and gather insights into its composition, evolution, and fundamental physical processes.

pink floyd, space, planet, colors, motion, black background

radio wave in space

background for a website including space an a planet, dark navy, dark silver, cosmic theme

A gravitational anomaly refers to a deviation or irregularity in the expected gravitational field of a region. It occurs when the observed gravitational forces or effects do not align with what is predicted by current gravitational models or measurements. Gravitational anomalies can manifest in various forms, such as unexpected gravitational accelerations or gravitational distortions that cannot be accounted for by the presence of visible mass. These anomalies often indicate the presence of hidden or unknown mass or energy distributions, leading to further investigations and scientific inquiries to better understand the nature of gravity and the underlying physics at play.

Signatures of the black hole quantum atmosphere

background for a website including space an a planet, dark navy, dark silver, cosmic theme

pink floyd, space, planet, colors, motion, black background

background for a website including space an a planet, dark navy, dark silver, cosmic theme

when humans dream this is the time string theory and the bubble cells and bubble nebulas activate. While they sleep the negative energy of cellular electrical energy that is charged by gravity is released into quantum strings and then further to cosmology. Most don't know this. It is hidden. "aliens" know but most can let see them yet... they are part of the quantum. E=mc2 + love

interstellar wallpaper, massive black hole at the center of the image with swirling galaxies around it, intense gravitational lensing effects creating a distorted view of the cosmos beyond it, vibrant colors and intricate details in the stars and nebulae throughout the image, abstract and surreal composition with a cosmic feel to it, digital art style with a glitch effect added for extra visual interest, by Stephen Hawking

Dark matter is a hypothetical form of matter thought to account for approximately 85% of the matter in the universe. Dark matter is called "dark" because it does not appear to interact with the electromagnetic field, which means it does not absorb, reflect, or emit electromagnetic radiation and is, therefore, difficult to detect. Various astrophysical observations – including gravitational effects which cannot be explained by currently accepted theories of gravity unless more matter is present than can be seen – imply dark matter's presence. For this reason, most experts think that dark matter is abundant in the universe and has had a strong influence on its structure and evolution.

pink floyd, space, planet, colors, motion, black background

Dark matter is a hypothetical form of matter thought to account for approximately 85% of the matter in the universe. Dark matter is called "dark" because it does not appear to interact with the electromagnetic field, which means it does not absorb, reflect, or emit electromagnetic radiation and is, therefore, difficult to detect. Various astrophysical observations – including gravitational effects which cannot be explained by currently accepted theories of gravity unless more matter is present than can be seen – imply dark matter's presence. For this reason, most experts think that dark matter is abundant in the universe and has had a strong influence on its structure and evolution.

Imagine a photorealistic image that brings the Standard Model to life. The content should depict an array of particles (quarks, leptons, bosons) suspended in space, with vibrant lines and arrows indicating the forces acting between them. The medium is digital art, with a style that captures the complexity and beauty of the quantum world. The lighting should be soft and diffuse, illuminating the particles from all directions and highlighting their interactions. The colors should be a palette of cool blues and purples, suggesting the cold, sterile environment of a high-tech laboratory. The composition should use a macro lens effect, focusing on a small group of particles in the center of the frame while the rest recede into soft focus. The image should be ultra-detailed, with a resolution of 16k.

There is a mathematical equation called the Drake equation, formulated by astronomer Frank Drake in 1961, that attempts to estimate the number of technologically advanced civilizations in our galaxy. Although it does not directly provide the number of planets in the Milky Way, it considers various factors involved in the development of intelligent life. The equation is as follows: N = R* × fp × ne × fl × fi × fc × L

Imagine a photorealistic image that brings the Standard Model to life. The content should depict an array of particles (quarks, leptons, bosons) suspended in space, with vibrant lines and arrows indicating the forces acting between them. The medium is digital art, with a style that captures the complexity and beauty of the quantum world. The lighting should be soft and diffuse, illuminating the particles from all directions and highlighting their interactions. The colors should be a palette of cool blues and purples, suggesting the cold, sterile environment of a high-tech laboratory. The composition should use a macro lens effect, focusing on a small group of particles in the center of the frame while the rest recede into soft focus. The image should be ultra-detailed, with a resolution of 16k.

These sources, called pulsars, are described as rapidly rotating neutron stars.

Cosmic background, energy fluctuations, electromagnetic fields, no planets, simple, gorgeous

photo realistic, deep space photography, one galaxy, one planet, one moon

casimir effect, macroscopic, particles, strange attractors, cosmic wormhole

close-up, volcanoes birth the metals of dead stars, which flows in molten filigree to the sea below, and the steaming new land gives birth to green splendor, and the earth keeps turning + minimalist symbolist painting in the style of William Blake, Lawrence Alma-Tadema, Norman Rockwell, hyperminimalism, black background, geologic charts, textbook diagram, pele, lava goddess, cycle of fiery destruction and growth, geometric

A series of images showing the evolution of a star and its eventual explosion as a supernova, with accompanying neutrino emissions.

ChatGPT understands Danish too! Large language models are more multilingual than you think. Search through Danish documents alongside English to streamline your organisation's data needs. Galaxies of languages, words and sentences connected by wormholes. Worlds and portals

Create some stunning abstract images representing machine learning and artificial intelligence

black holes as topological stars composed of pure spacetime

photo realistic, deep space photography, one galaxy, one planet, one moon

photography of Unreal universe space, abstract lines of technological geometry, PPT background image with a sense of technology ,Geometric abstraction, high-tech, Center the composition, Elevation perspective, octane render, Rim light, Black background centered, high detail , universeIcosmos, photoreal

Drake equation image, ultra realistic, 32k

photo realistic, deep space photography, one galaxy, one planet, one moon

Deep Space incredible cosmic beauty rays of energy hyper cinematic universe

photo realistic, deep space photography, one galaxy, one planet, one moon

hubble space telescope images planets quasars pulsars nebulas gas giants intense colors striking hues and colors

Imagine a photorealistic image that brings the Standard Model to life. The content should depict an array of particles (quarks, leptons, bosons) suspended in space, with vibrant lines and arrows indicating the forces acting between them. The medium is digital art, with a style that captures the complexity and beauty of the quantum world. The lighting should be soft and diffuse, illuminating the particles from all directions and highlighting their interactions. The colors should be a palette of cool blues and purples, suggesting the cold, sterile environment of a high-tech laboratory. The composition should use a macro lens effect, focusing on a small group of particles in the center of the frame while the rest recede into soft focus. The image should be ultra-detailed, with a resolution of 16k.

$extragalactic refractions$

extragalactic refractions

photo realistic, deep space photography, one galaxy, one planet, one moon

hubble space telescope images planets quasars pulsars nebulas gas giants intense colors striking hues and colors

Cosmic background, energy fluctuations, electromagnetic fields, no planets, simple, gorgeous

an unworldly singularity horizon event in our lifetime

Craft an abstract image of a pulsar, capturing the rapid rotation and intense energy emissions of these celestial beacons., A graphic design that focuses on the growing popularity of space and sci - fi themes. The motif is intended to represent a large, colorful image of an imaginary planet surrounded by stars and other space elements. In addition, stylized elements such as stars, planets or rockets can also be placed around the main image to make the design even more interesting. Vector logo, vector art, emblem, simple, cartoon, 2d, high quality, 8k quality

astrophysics textbook cover

kirlian photography of an ancient solar system

blue red gradient, planetary system, solar system, neon colors, high resolution, very detailed, 8k