Publications by authors named "Yutao Sheng"

Glioma is the most common primary intracranial malignant tumor in adults. Although there have been many efforts on potential targeted therapy of glioma, the patient's prognosis remains dismal. Methyltransferase Like 7B (METTL7B) has been found to affect the development of a variety of tumors.

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Article Synopsis
  • Magnetic fluctuations play a key role in superconductivity across various types of materials, but recent discoveries have raised questions about this view, particularly regarding nodeless superconductivity.
  • A study using inelastic neutron scattering has detailed the magnetic excitations in superconducting materials, revealing distinct low-energy and high-energy behaviors that indicate a complex relationship between magnetism and superconductivity.
  • The findings suggest that high-energy magnetic excitations are linked to quasiparticles from heavy electron bands, thereby enhancing our understanding of how magnetism contributes to superconductivity in these materials.
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We report first-principles and strongly correlated calculations of the newly discovered heavy fermion superconductor UTe_{2}. Our analyses reveal three key aspects of its magnetic, electronic, and superconducting properties that include (i) a two-leg ladder-type structure with strong magnetic frustrations, which might explain the absence of long-range orders and the observed magnetic and transport anisotropy, (ii) quasi-two-dimensional Fermi surfaces composed of two separate electron and hole cylinders with similar nesting properties as in UGe_{2}, which may potentially promote magnetic fluctuations and help to enhance the spin-triplet pairing, and (iii) a unitary spin-triplet pairing state of strong spin-orbit coupling at zero field, with point nodes presumably on the heavier hole Fermi surface along the k_{x} direction, in contrast to the previous belief of nonunitary pairing. Our proposed scenario is in excellent agreement with latest thermal conductivity measurement and provides a basis for understanding the peculiar magnetic and superconducting properties of UTe_{2}.

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