Starbody's competitive advantage is that the whole building — not only the exercise gear but the lighting and plumbing, too — is
run by a supercomputer.
SOCCOM scientists are studying several different ESM simulations
run by supercomputers at the Geophysical Fluid Dynamics Laboratory (GFDL) and other modeling centers around the world.
Not exact matches
Karl Gebhardt at the University of Texas at Austin and Thomas Jens of the Max Planck Institute for Extraterrestrial Physics in Garching, Germany, weighed M87
by running existing data through a new model that simulates the galaxy on a
supercomputer.
They proposed an algorithm that, if
run on a large enough quantum computer, would produce results that couldn't be replicated
by the world's most powerful
supercomputers.
Another puzzle — how proteins fold into elaborate shapes that influence their function is being tackled
by a
supercomputer running a mathematical algorithm developed
by Jonathan King of Massachusetts Institute of Technology and Sorin Istrail of Sandia National Laboratories.
Perhaps surprisingly then it
runs on just 15 kilowatts, less than a thousandth of the power devoured
by Tianhe - 2, the world's fastest
supercomputer.
1 billion Number of neurons, linked
by 10 trillion synapses, in a brain simulation developed
by IBM and Lawrence Berkeley National Lab,
running on the Dawn
supercomputer.
Scientists are learning how to detect and recognize those waves
by studying
supercomputer models
run at two NASA campuses, the Ames Research Center at Moffett Field, California, and the Goddard Space Flight Center in Greenbelt, Maryland.
The simulations, which were
run on UCL's Legion
supercomputer and HECToR (the UK national supercomputing service), provided a molecule -
by - molecule view of how the CO2 and greigite interacted, helping to make sense of what was being observed in the experiments.
Using the Discover
supercomputer operated
by the NASA Center for Climate Simulation at Goddard, the SMACK - driven Beta Pictoris model
ran for 11 days and tracked the evolution of 100,000 superparticles over the lifetime of the disk.
During a weeklong coding marathon at Brookhaven Lab, scientists, code developers, and computing hardware experts achieved from 2x to 40x speedups for scientific application codes
running on
supercomputers powered
by Intel Xeon Phi processors for high - performance computing.
He also envisions scaling up the system, combining many memristor networks and
running them in parallel to solve complex problems that can not yet be tackled
by even the most powerful
supercomputers.
There is still uncertainty about many aspects of the dynamics of climate change, and this will only be addressed
by investment in climate models and the top - of - the - range
supercomputers needed to
run them.
During a recent weeklong coding marathon at Brookhaven Lab, scientists, code developers, and computing hardware experts achieved from 2x to 40x speedups for scientific application codes
running on
supercomputers powered
by Intel processors for high - performance computing.
The selected doctoral candidate will use a state - of - the - art fully - kinetic and massively parallel particle - in - cell code,
running on European network High - Performance
Supercomputers, to simulate the electromagnetic radiation caused
by magnetic reconnection.
If you make your living
by producing a climate model and
running it on a
supercomputer then there is a limit to how far from reality you can let your model get before it starts to look completely ridiculous and your funding is endangered.
Additionally, the use
by climatologists of opaque computational algorithms
run throught
supercomputers using Markov Chain Monte Carlo sampling to simulating distributions of random quantities does not inspire confidence given the prior history of fraud and collusion and the fact that the the climate scientists keep coming up with a different answer to the same problem.
There are mathematical fatal flaws in all the models that can not be overcome even if
supercomputers improve
by an order of magnitude, and if Rob Ellisons nonlinear dynamic chaos concerns can be overcome
by enough ensemble
runs to discern their main climate strange attractors.
The climate models
run on this
supercomputer will «magically» produce 3.25 C of warming
by 2100, verifying the results of all other climate model simulations
run before.
That means the system — dubbed Sequoia — will handle a quadrillion mathematical operations per second and
run about 10 times faster than today's top
supercomputer at Los Alamos National Laboratory, which was also built
by I.B.M.»