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Subir Sachdev on Muck Rack

Subir Sachdev

Cambridge
As seen in: Nature, Wiley Online Library, PNAS, Scientific American, Science Magazine, Physical Review B
Herchel Smith Professor of Physics, Harvard University
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Articles

Ferrimagnetism of ultracold fermions in a multiband Hubbard system

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By Magnús T. Gudmundsson, Banabir Pal, Martin Lebrat, Anant Kale, Muqing Xu, Youqi Gang, Alexander Nikolaenko, Pietro Bonetti, Subir Sachdev, Markus Greiner, Lev Haldar Kendrick
| Science Magazine Verified
Editor’s summary Copper oxide superconductors and other strongly interacting systems are thought to be described by the Hubbard model. This model, which accounts for particle hopping and interactions, can be simulated using cold atoms in optical lattices. However, incorporating multiple energy bands, which is thought to be important for an accurate description of the physics, is tricky. Lebrat et al.
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Fermionic Spinon Theory of the Hourglass Spin Excitation Spectrum of the Cuprates

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By Alexander Nikolaenko, Pietro Bonetti, Subir Sachdev
| Wiley Online Library Verified
We present a theory for the spin fluctuation spectrum of the hole-doped cuprates in a ground state with a period 4 unidirectional charge density wave (“stripe”) order. Motivated by recent experimental evidence for a fractionalized Fermi liquid (FL*) description of the intermediate temperature pseudogap metal, we employ a theory of fermionic spinons, which are confined with the onset of stripe order at low temperatures.
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Probing the Kitaev honeycomb model on a neutral-atom quantum computer - Nature

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By Simon J. Evered, Marcin Kalinowski, Alexandra Geim, Tom Manovitz, Dolev Bluvstein, Nishad Maskara, Hengyun Zhou, Muqing Xu, Madelyn Cain, Susanne F. Yelin, Subir Sachdev, Markus Greiner, Vladan Vuletić
| Nature Verified
Abstract Quantum simulations of many-body systems are among the most promising applications of quantum computers1. In particular, models based on strongly correlated fermions are central to our understanding of quantum chemistry and materials problems2, and can lead to exotic, topological phases of matter3,4. However, owing to the non-local nature of fermions, such models are challenging to simulate with qubit devices5.
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