Phonon and maxon instability in Bose–Einstein condensates with parity-time symmetric spin–orbit coupling by Jieli Qin, Lu Zhou, Guangjiong Dong

“…Simulation of the time evolution of the plane wave solution against small noise shows that the maxon instability can result in the formation of a supersolid-like stripe pattern at the initial stage, but the non-Hermitian nature of the system finally destroys the pattern. …”
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Spin-Orbit Coupling and Spin Textures in Optical Superlattices by Li, Junru, Huang, Wujie, Shteynas, Boris, Burchesky, Sean E., Top, Furkan Cagri, Su, Edward Joseph, Lee, Jeongwon, Jamison, Alan O, Ketterle, Wolfgang

“…A pseudospinor Bose-Einstein condensate spontaneously acquires an antiferromagnetic pseudospin texture, which breaks the lattice symmetry similar to a supersolid.…”
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Observation of two-beam collective scattering phenomena in a Bose-Einstein condensate by Dimitrova, Ivana Ljubomirova, Lunden, William David, Amato-Grill, Jesse, Jepsen, Niklas, Yu, Yichao, Messer, Michael, Rigaldo, Thomas, Puentes, Graciana, Ketterle, Wolfgang, Weld, David M.

“…The observed features of the two-beam system qualitatively agree with the recent theoretical prediction of a supersolid crystalline phase of light and matter at large Rayleigh scattering rates.…”
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Size, separation, structural order, and mass density of molecules packing in water and ice by Sun, Changqing, Huang, Yongli, Zhang, Xi, Ma, Zengsheng, Li, Wen, Zhou, Yichun, Zhou, Ji, Zheng, Weitao

“…We clarified that: i) liquid water prefers statistically the mono-phase of tetrahedrally-coordinated structure with fluctuation, ii) the low-density phase (supersolid phase as it is strongly polarized with even lower density) exists only in regions consisting molecules with fewer than four neighbors and, iii) repulsion between electron pairs on adjacent oxygen atoms dictates the cooperative relaxation of the segmented O:H-O bond, which is responsible for the performance of water and ice.…”
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Protected superconductivity at the boundaries of charge-density-wave domains by Brigitte Leridon, Sergio Caprara, J Vanacken, V V Moshchalkov, Baptiste Vignolle, Rajni Porwal, R C Budhani, Alessandro Attanasi, Marco Grilli, José Lorenzana

“…Lowering the temperature, the expected clean quantum critical point is avoided and a filamentary phase appears, analogous to ‘glassy’ supersolid phenomena in ^4 He. The transition line ends at a second quantum critical point at high-fields. …”
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Spin-orbit coupled Bose gases by Shteynas, Boris.

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Realizing quantum spin models with ⁷Li atoms in an optical lattice by Dimitrova, Ivana Ljubomirova.

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Hydrogen-bond relaxation dynamics : resolving mysteries of water ice by Huang, Yongli, Zhang, Xi, Ma, Zengsheng, Zhou, Yichun, Zheng, Weitao, Zhou, Ji, Sun, Chang Qing

“…O:Hsingle bondO bond memory and water-skin supersolidity ensures a solution to the Mpemba paradox — hot water freezes faster than its cold. …”
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水的结构和反常物性 = Perspective : structures and properties of liquid water by 李蕾 Li, Lei, 姚闯 Yao, Chuang, 张希 Zhang, Xi, 黄勇力 Huang, Yongli, 马增胜 Ma, Zengsheng, 孙长庆 Sun, Changqing

“…Remarkably, molecular undercoordination results in a supersolid phase that is highly polarized, thermally stable, viscoelastic, and lesser dense. …”
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Self-bound crystals of antiparallel dipolar mixtures by Maria Arazo, Albert Gallemí, Montserrat Guilleumas, Ricardo Mayol, Luis Santos

“…Recent experiments have created supersolids of dipolar quantum droplets. The resulting crystals lack, however, a genuine cohesive energy and are maintained by the presence of an external confinement, bearing a resemblance to the case of ion Coulomb crystals. …”
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Phonon abundance-stiffness-lifetime transition from the mode of heavy water to its confinement and hydration by Peng, Yuan, Yang, Yezi, Sun, Yi, Huang, Yongli, Sun, Chang Qing

“…It is uncovered that charge injection by salt solvation and skin formation by molecular undercoordination (often called confinement) share the same supersolidity characterized by H–O (D–O as a probe) bond contraction, O:H nonbond elongation, and polarization. …”
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The coset construction for non-equilibrium systems by Michael J. Landry

“…Then, to demonstrate its utility, we construct novel EFTs for solids, supersolids, and four phases of liquid crystals, all at finite temperature. …”
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Self-Organization in Cold Atoms Mediated by Diffractive Coupling by Thorsten Ackemann, Guillaume Labeyrie, Giuseppe Baio, Ivor Krešić, Josh G. M. Walker, Adrian Costa Boquete, Paul Griffin, William J. Firth, Robin Kaiser, Gian-Luca Oppo, Gordon R. M. Robb

“…The interaction can be tailored to operate either on external degrees of freedom leading to atomic crystallization for thermal atoms and supersolids for a quantum degenerate gas, or on internal degrees of freedom like populations of the excited state or Zeeman sublevels. …”
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Spin-obit coupling in optical superlattices by Huang, Wujie

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