Meet the PUFFIN Team

The PUFFIN team work out of the Plasma Science and Fusion Center here at MIT, though we are from a range of departments. There are two graduate students, though we often have openings for undergraduates to join us for a UROP project. See the “Work With Us” page for more information about becoming part of our team!

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Prof. Jack Hare (he/him, jdhare@mit.edu) is an assistant professor in the Department of Nuclear Science and Engineering. His doctoral research was on magnetic reconnection driven by pulsed-power, carried out at the MAGPIE facility at Imperial College London. As well as magnetized high-energy-density plasmas, Jack enjoys hiking, cycling, climbing and caving. His personal webpage is fusionandthings.eu

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Dr. Antonio Magnanimo (he/him, magna@mit.edu) is a postdoctoral research associate in the Plasma Science and Fusion Center at MIT. During his PhD he built a pulsed power supply demonstrator for the ASDEX Upgrade experiment at the Max-Planck-Institute for Plasma Physics. Other than power electronics for pulsed power applications, Antonio enjoys playing soccer, swimming and riding one of his Vespa scooters.

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Rishabh Datta (he/him, rdatta@mit.edu) is a graduate student in the Department of Mechanical Engineering at MIT. Rishabh is interested in magnetohydrodynamic turbulence in plasmas. In addition, Rishabh has a strong interest in sustainability and biodiversity conservation. Rishabh’s website is ridatta.com

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Thomas Varnish (he/him, tvarnish@mit.edu) is a graduate student in the Department of Nuclear Science and Engineering at MIT. He is interested in using pulsed-power experiments to better understand astrophysical plasmas. Outside of the lab, Thomas enjoys baking, knitting, and the odd bit of snowboarding. His website is thomasvarnish.co.uk

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Simran Chowdhry (she/her, schowdhry@psfc.mit.edu) is a graduate student in the Department of Nuclear Science and Engineering at MIT, jointly working with Jack Hare and Nuno Loureiro. She is interested in radiative effects and instabilities in magnetic reconnection. Outside work, she enjoys playing the cello, singing and rowing.

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Lansing Horan IV (lansing@mit.edu) is a graduate student in the Department of Nuclear Science and Engineering at MIT. He is interested in radiatively-cooled magnetic reconnection to learn about all sorts of cool physics things. Lansing enjoys playing board/card games, TV shows of all kinds, biking, NFL football, reading, and (most importantly) watching The Matrix movies as often as possible.

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Yuqian (Lily) Li (she/her, lilyli23@mit.edu) is a graduate student in the Department of Nuclear Science and Engineering at MIT. She is interested in fundamental plasma physics in laboratory settings and other cool things happening in space. Outside work, Lily enjoys watching shows and reading. She also has a strong passion for food and photography.

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Zhiyuan Jiang (he/him, jiang712@mit.edu) is a visiting graduate student in the Department of Nuclear Science and Engineering at MIT. He is a PhD candidate at Xi’an Jiaotong University and interested in optical diagnostics for high-energy-density plasmas. Zhiyuan enjoys table tennis, climbing, and watching animation.

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UROP Students

We actively recruit UROP students to run research projects within the group. If you are interested in registering for a UROP project with us, visit the “Work With Us” page.

Collaborations

Prof. Hare is co-PI of the MARZ collaboration (Magnetically Ablated Reconnection on Z), a Z Fundamental Science collaboration to run magnetic reconnection experiments on the Z machine at Sandia national labs. Z is the most powerful pulsed-power facility in the world, capable of delivering 25 MA current pulses. With MARZ, we will study strong radiative cooling in magnetic reconnection and the development of magnetized shocks. The MARZ collaboration includes Clayton Myers (SNL), Sergey Lebedev and Jerry Chittenden (Imperial College London), Dmitri Uzdensky (University of Colorado Boulder), Carolyn Kuranz (University of Michigan Ann Arbor), and Will Fox and Hantao Ji (PPPL).

We collaborate with Prof. Loureiro’s group at MIT, who carry out theoretical work on the connections between magnetic reconnection and magneto-hydrodynamic turbulence.

We work with the High Energy Density Physics group at MIT, who design state of the art diagnostics for two of the largest lasers in the world; OMEGA and NIF, as well as for Z, the world’s largest pulsed-power machine, at Sandia National labs.

We use the 3D MHD GORGON code, developed by Prof. Chittenden at Imperial College, to design and model our experiments.

We collaborate with researchers at other pulsed-power facilities across the US and internationally, including the COBRA generator at Cornell, the MAIZE generator at Ann Arbor, Michigan, and the MAGPIE generator at Imperial College London.

Puffins

Of course, we wouldn’t be here without the puffins, some of the most charismatic birds on the planet. Ungainly in flight but unbelievably elegant in the water, puffins spend the winter at sea and the summer nesting on isolated cliffs. Puffins have only one chick per year, the puffling, and they feed it on sand-eels which they scoop up from the water and collect on special barbed spikes inside their beaks. Below are some photos of puffins taken by team members:

A puffin at Bempton cliffs in East Yorkshire, near where Jack grew up. Photo by Jack Hare.

Jack with puffins on the island of Lunga in the Scottish Hebrides. The puffins here are unafraid of humans and will carry on unconcerned if you sit quietly. Photo by Alex Betts.

A puffin landing at Lunga. Photo by Jack Hare.

A puffin at Lunga with a beak full of sand eels for the puffling chick. Photo by Jack Hare.

A group of puffins and razorbills sunning themselves on a rock on Lunga. Photo by Jack Hare.