Explaining Gravitational Lensing

Light always leaves from a young, star forming blue galaxy near the edge of the visible universe.

Some of the light passes through a large cluster of galaxies and surrounding dark matter, directly in the line of sight between earth and the distant galaxy. The dark matter’s gravity acts like a lens, bending the incoming light.

Gravitational Lensing

 

Related posts:

Exploring the Moon
People have dreamed of exploring the Moon for hundreds of years. The United States and Russia made the dream a reality in the middle of the 20th century. In 1959, Luna 1- the first spacecraft to leave the Earth’s gravity – was launched toward the Moon. A decade of intense space activity followed as Russian and American probes, robots, and crewed craft were sent to investigate and land on the l...
Diagram of the Space Station Life Support System
This diagram shows how astronauts live on the space station. Everything is attempted to be recovered on the space station. The urine that astronauts dispense from their bodies is reused as water. Waste water is then reused to create oxygen. Co2 is removed through overboard venting. It's amazing how much everything is reused on board.
The Planets' Size Comparison
A planet is a heavenly figure circling a star or stellar remainder that is monstrous enough to be adjusted by its particular gravity, is not colossal enough to create thermonuclear combination, and has cleared its neighboring area of planetesimals. The term planet is antiquated, with ties to history, science, mythology, and religion. The planets were basically viewed by a considerable number of ea...
Jupiter Explained: Inside and Out
Jupiter is the fifth planet from the Sun and the most vast planet in the Sun oriented System. It's a gas monster with mass one-thousandth that of the Sun but is more than two times the mass of every last trace of the different planets in our Earth's planetary group joined together. Jupiter is arranged as a gas monster plus Saturn, Uranus and Neptune. As one, these four planets are at times poi...
Star Lifecycles
Stellar advancement is the methodology by which a star experiences an arrangement of radical updates around its lifetime. Hinging on the mass of the star, this lifetime extends from just a few million years for the most gigantic to trillions of years for the slightest huge, which is impressively longer than the time period characterized by the universe. All stars are born from falling mists of...
Interplanetary Travel
The planets are very far away. A spacecraft traveling at 60 mph a typical speed of a car on a highway – would take about 60 years to reach Mars. Fortunately, rockets travel much faster than this. The Voyager spacecraft sped from the Earth at 32000 MPH. But even at this speed, travel to the planets takes a long time. The Future space colonies will have to be self – sufficient, growing t...
Map of the Entire Universe
There are diverse multiverse theories, in which physicists have recommended that the universe may be one right around countless universes that moreover exist. The most distant separation that its hypothetically plausible for people to see is portrayed as the perceptible universe. Perceptions have demonstrated that the universe has all the earmarks of being stretching at a quickening rate, and vari...
How to Understand Relativity
Spacetime is CONSTANT (always 100%). Both time and space are maileable – they can change within spacetime, but no matter how big or small one part is, THE TOTAL IS ALWAYS 100% - so TIME TRAVEL IS POSSIBLE, in fact, we’re ALL traveling through time right now !!!!!
Blankets of Time Peroid of the Earth
The geologic time scale blankets the degree of the being of Earth, from around the range of 4600 million years in the past to the present day. It's stamped by Worldwide Limit Stereotype Areas and Indicates. Geologic time units are (in place of slipping specificity) ages, times, periods, ages, and develops; and the relating chronostratigraphic units, which measure "shake-time", are endotherms, eryt...
Space Object Comparisons
Sirius is the brightest star in the night sky. With a picture based clear degree of −1.46, it is for all intents and purpose twice as bright as Canopus, the subsequently brightest star. The name "Sirius" is dead set from the Ancient Greek ("sparkling" or "scorcher"). The star has the Bayer designation Alpha Canis Majoris. What the uncovered eye perceives as a particular star is blatantly a paralle...
Timeline of the Universe
The sequence of the universe portrays the history and fate of the universe consistent with Enormous detonation cosmology, the predominant exploratory model of how the universe started to exist and advanced as time passes, utilizing the cosmological time parameter of commoving facilitates. The moment in which the universe is thought to have started quickly extending from an extensively towering for...
Fun Facts About the Space Shuttle
Finding out the length of an orbit is a very tedious task. Unless one have flown aboard the space shuttle or have seen it in person, it can be difficult to mentally visualize the size of the vehicle. Here, we measure the orbiter against a familiar object, a school bus. The weight of Orbiter would weight around 178000 pounds. The heaviest African Elephant weighs 13200 pounds. It would take appro...
Saturn V Apollo Flight Configuration
The Saturn V (declared "Saturn Five") was an American human-appraised expendable rocket utilized by NASA's Apollo and Skylab systems from 1967 until 1973. A multistage fluid-energized start vehicle, NASA started 13 Saturn Vs from the Kennedy Space Focus, Florida with no misfortune of group or payload. It remains the tallest, heaviest, and by and large weighty rocket ever carried to operatio...
The Sun Explained: Inside and Out
The Sun is the star at the focal point of the Earth's planetary group. It's just about splendidly round and comprises of blazing plasma entwined with attractive fields. It has a breadth of about 1,392,684 km, in the ballpark of 109 times that of Earth, and its mass (about 2×1030 kilograms, 330,000 times that of Earth) explains about 99.86% of the sum mass of the Sun oriented System. Synthet...
Asteroid Uses
The manufacturing of a spacecraft involves collaboration with lots of different sources. They include the Raw material with material processing that contains Material processing base, Asteroid exploration, Automated Teleoperated lunar. The second part contains the Manufacturing combined with the technology that has Ground demonstration of Starting kit, Substitutability Research, Teleoperation ...
What are Exoplanets?
In 1543, Polish astronomer Nicolaus Copernicus published on the Revolutions of the Heavenly Spheres, showing that the Earth, far from being the privileged center of the universe, is just another planet orbiting the Sun. Since then, the discovery that our sun is a typical star among the billions in the Milky Way, which in turn is but one of the billions of galaxies we observe in all directions,...
Black Holes Explained
The most Bizarre objects in the Universe, black holes are aptly named – they emit no visible light at all. And yet, most black holes are the end state of the most brilliant objects in the cosmos; giant stars that go supernova. The super compressed core that remains after the explosion has such strong gravity that even light cannot escape it – so the object is black.
Apollo Lunar Module Asent Stage Interior
The Lunar Module Ascent stage interiors on a forward view look very great. It is very complicated views that have many Aligned components that include Main Panel, Aligned optical telescope, Sequence Camera, Docking window shade, Docking window. The central core contains the Hand Controller, Arm Rest, Ingress, Antibacterial Filter, Cabin Relief and Dump valve, Hand Controller, Crash Bar.