Not exact matches
According to lead
author Guillermo Torres, another astronomer at the CfA, this validation process took more than a year and a half and relied on some of the world's largest telescopes as well as intensive
simulation runs on a NASA supercomputer.
Co-lead
author Jiawang Hong, a postdoctoral fellow working with Delaire,
ran quantum dynamics
simulations at the OLCF using Eos, a Cray XC30 supercomputer.
To investigate cloud — climate feedbacks in iRAM, the
authors ran several global warming scenarios with boundary conditions appropriate for late twenty - first - century conditions (specifically, warming signals based on IPCC AR4 SRES A1B
simulations).
The
authors next set out to see if this approach made sense for genetic regulation by
running simulations of Mig1p finding its sites in the nucleus as either monomers or as clusters.
The
authors use novel
runs of computer
simulations that result in a shift to cooling, stormier conditions and, extrapolating from today's melting rate, get a multi-meter rise within a 100 - year span.
From five climate model
runs of the 21st century the
authors derive 500 years worth of
simulations.