Andrew Maris

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Andrew Maris

Andrew Maris

@Andrew_Maris

PhD candidate, MIT Plasma Science and Fusion Center | Carleton College ‘19 I use computers to 1) look at memes and 2) study disruptions in tokamaks using ML

Cambridge, MA Katılım Nisan 2014
208 Takip Edilen156 Takipçiler
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Andrew Maris
Andrew Maris@Andrew_Maris·
Wow! The first ever image of a black hole was leaked before tomorrow’s big announcement... Proof that black holes have hair #EHTblackhole
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DIII-D National Fusion Facility
Unlike stars, tokamaks have a density limit. @Andrew_Maris, a graduate student at @MIT, used machine learning and DIII-D data to determine that the density limit is strongly dependent on plasma edge temperature, an important insight for future fusion power plants. @APSphysics
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Andrew Maris
Andrew Maris@Andrew_Maris·
Tokamaks may one day provide a nearly inexhaustible source of carbon-free energy, but our paper shows that we must urgently confront the challenges of disruption avoidance, mitigation, resilience, and repair twitter.com/Andrew_Maris/s…
Andrew Maris@Andrew_Maris

Tokamaks are touted as the most promising path to fusion energy, but will “disruptions” kill the concept? In our recent open-access paper, we take a hard look at the challenges that disruptions impose on the economic viability of tokamak power plants tandfonline.com/doi/full/10.10…

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Andrew Maris
Andrew Maris@Andrew_Maris·
In the meantime, our paper provides flexible framework that can be paired with assumptions about (or future models of) disruptions to estimate costs and/or estimate the maximum allowable disruption rate
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Andrew Maris
Andrew Maris@Andrew_Maris·
Tokamaks are touted as the most promising path to fusion energy, but will “disruptions” kill the concept? In our recent open-access paper, we take a hard look at the challenges that disruptions impose on the economic viability of tokamak power plants tandfonline.com/doi/full/10.10…
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Andrew Maris
Andrew Maris@Andrew_Maris·
@Andercot @VicenteValenz @pad_jules From what I understand, the other challenges for stellarators are 1) the high aspect ratio, which would force the capital cost of any stellarator power plant to be extremely high, and 2) designing magnets compatible with a DT blanket. Has there been any progress on these fronts?
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Andrew Côté
Andrew Côté@Andercot·
Tokamaks are easier to design and build, harder to operate. Stellarators are very difficult to design and build, much more stable operation. Fortunately, our design tools have gotten a lot better, for both simulation and programmatic / parametric design and modeling of design features.
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Andrew Côté
Andrew Côté@Andercot·
Take the blue-pill, and you go back to sleep thinking Tokamaks are the best magnetic confinement fusion reactor. Take the red-pill and I'll explain how stellarators are the ideal plasma configuration for grid-scale energy
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Nathaniel Lovin
Nathaniel Lovin@TheLovinator·
Iowa City needs a city flag
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