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Super Computer Collection

Unleashing the Power of Knowledge: Exploring the Depths of a Supercomputer In the vast depths of the Mariana Trench sea floor

Background imageSuper Computer Collection: Mariana trench sea floor topography

Mariana trench sea floor topography
Mariana trench topography. Computer model of the topography of the region surrounding the Mariana trench (purple arc, lower centre) in the Pacific Ocean, the deepest point on Earth

Background imageSuper Computer Collection: Dark matter distribution

Dark matter distribution. Image 3 of 4. Supercomputer simulation, known as the Millennium Run, showing the distribution of dark matter in the local universe

Background imageSuper Computer Collection: Xray X-MP / 48 supercomputer at CERN

Xray X-MP / 48 supercomputer at CERN
The distinctive shape & bright colouring of the CRAY X-MP/48 supercomputer dominate the Computer Centre at CERN, the European centre for particle physics research near Geneva

Background imageSuper Computer Collection: Dark matter distribution

Dark matter distribution. Supercomputer simulation of the distribution of dark matter in the local universe. Dark matter is a form of matter that cannot be detected by telescopes as it emits no

Background imageSuper Computer Collection: Thinking Machine CM-5 massively parallel computer

Thinking Machine CM-5 massively parallel computer
Massively parallel computer. A Connection Machine CM-5, a massively parallel computer (MPC) made by the Thinking Machines Corporation

Background imageSuper Computer Collection: Cray X-Mp / 48 supercomputer

Cray X-Mp / 48 supercomputer
The CRAY X-MP/48 supercomputer is distinguished by its unique shape & bright colouring. It consists of four central processors

Background imageSuper Computer Collection: Cray supercomputer

Cray supercomputer

Background imageSuper Computer Collection: CRAY X-MP / 48 superconductor

CRAY X-MP / 48 superconductor
The distinctive shape & bright colouring of a CRAY X-MP/48 supercomputer dominates a large computer room. The CRAY X-MP/48 consists of four central processors

Background imageSuper Computer Collection: Telehealth, conceptual image C017 / 7678

Telehealth, conceptual image C017 / 7678
MODEL RELEASED. Telehealth, conceptual composite image

Background imageSuper Computer Collection: Galaxy collision model

Galaxy collision model
Galactic collision. Image 2 of 2. Supercomputer model of a collision between two spiral galaxies. The top left frame is 200 million years after the bottom right frame in image R826/090

Background imageSuper Computer Collection: Galaxy cluster formation

Galaxy cluster formation. Supercomputer model of the formation of galaxies and clusters of galaxies from the contraction of a homogeneous cloud (left)

Background imageSuper Computer Collection: Supernova explosion

Supernova explosion. Image 1 of 4. Supercomputer simulation showing a supernova explosion 50 milliseconds (thousandths of a second) after core collapse

Background imageSuper Computer Collection: Air flow around an aircraft

Air flow around an aircraft
Air flow around a hovering plane. Supercomputer simulation of the air flow around a hovering Harrier fighter plane. The Harrier has moveable jet exhaust nozzles

Background imageSuper Computer Collection: The Grid

The Grid. Computer artwork representing The Grid, a network of supercomputers that will allow access to their processing power from a standard desktop computer

Background imageSuper Computer Collection: Grid computer farm

Grid computer farm
Grid supercomputers. Fish-eye lens view of a room packed with computers, forming a " PC farm" with immense processing power

Background imageSuper Computer Collection: Computers for NCSA machine room metacomputer

Computers for NCSA machine room metacomputer

Background imageSuper Computer Collection: Fish-eye lens view of NERSCs main computing room

Fish-eye lens view of NERSCs main computing room
NERSC computers. Fish-eye lens view of the main computing room of the National Energy Research Scientific Computing Centre (NERSC)

Background imageSuper Computer Collection: Grid computer farm

Grid computer farm
Grid supercomputers. Fish-eye lens view of a room packed with supercomputers, forming a " PC farm" with immense processing power

Background imageSuper Computer Collection: Param Padma supercomputer

Param Padma supercomputer. Dr Subrata Chattopadhyay pictured with the Param Padma supercomputer. This is Indias most powerful supercomputer, capable of a peak computing power of one Teraflop

Background imageSuper Computer Collection: Technician monitoring supercomputers at Celera

Technician monitoring supercomputers at Celera
DNA sequencing supercomputers. Technician with supercomputers used in human genome research at Celera Genomics, Maryland, USA, a rival to the Human Genome Project

Background imageSuper Computer Collection: Quantum nanocomputers

Quantum nanocomputers, floating in a magnetic field to form a distributed network and supercomputer. Quantum computers are a possible technology based on quantum mechanics

Background imageSuper Computer Collection: Ocean current speed

Ocean current speed. Computer visualisation of ocean surface current speeds. Major ocean currents (coloured white) are visible, such as the Agulhas current (eastern side of Africa)

Background imageSuper Computer Collection: Water vapour distribution, computer model

Water vapour distribution, computer model. Coloured supercomputer simulations showing the distribution of the Earths water vapour. Atmospheric water vapour is invisible

Background imageSuper Computer Collection: Antarctic ocean current, computer model

Antarctic ocean current, computer model
Antarctic ocean current. Computer model of the Antarctic circumpolar current in the Southern Ocean on the 12th May 2006. Ocean current data from satellites


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Unleashing the Power of Knowledge: Exploring the Depths of a Supercomputer In the vast depths of the Mariana Trench sea floor, where mysteries abound and secrets lie hidden, an extraordinary tool emerges to unravel nature's enigmas. Enter the realm of supercomputers – behemoths that harness immense computational power to unlock some of our universe's most perplexing phenomena. One such phenomenon is dark matter distribution, a cosmic puzzle that has eluded scientists for decades. With its unparalleled processing capabilities, a supercomputer becomes an indispensable ally in mapping this elusive substance and shedding light on its enigmatic properties. Among these technological marvels stands the Xray X-MP/48 supercomputer at CERN, where physicists delve into subatomic realms with unprecedented precision. Armed with this computational titan, they navigate through intricate data sets and simulations to decipher dark matter's behavior within galaxies and beyond. But it doesn't stop there; another groundbreaking innovation comes in the form of Thinking Machine CM-5 massively parallel computer. This prodigious machine revolutionizes scientific research by enabling simultaneous computations across thousands of processors—a true game-changer in understanding complex systems like galaxy collisions or supernova explosions. Speaking of which, supernovae—stellar cataclysms that illuminate distant corners of our cosmos—are meticulously studied using these computing giants. By simulating their explosive dynamics on Cray X-Mp/48 supercomputers, astrophysicists gain invaluable insights into how these celestial events shape galaxies' evolution throughout time. Beyond astronomy lies yet another realm where supercomputers make their mark: telehealth. In conceptual images like Telehealth C017/7678, we witness how these powerful machines empower medical professionals worldwide to provide remote healthcare services efficiently and effectively—an embodiment of technology serving humanity's well-being. As we venture deeper into uncharted territories—the abyssal trenches or intergalactic voids—we rely on these remarkable tools to navigate the unknown.