Weiguo Yin

Keywords intratumoral bacteria gram-negative bacteria LPS MAPK Cervical cancer Introduction Cervical cancer (CC) presents a substantial global public health challenge, representing one of the most prevalent cancers affecting women worldwide.1 A significant obstacle to prognosis is the frequent development of lymph node (LN) metastasis in patients with CC, even in the early stages.2,3 It is now understood that CC patients with multi-nodal metastasis rarely derive benefit from surgery and...

The notion of “half fire, half ice” was recently introduced to describe an exotic macroscopic ground-state degeneracy emerging in a ferrimagnet under the critical magnetic field, in which the “hot” spins are fully disordered on the sublattice with smaller magnetic moments and the “cold” spins are fully ordered on the sublattice with larger magnetic moments. Here, we further point out that this state has a twin named “half ice, half fire” in which the hot and cold spins switch positions.

In a previous paper [Weiguo Yin, Phys. Rev. Res. 6, 013331 (2024)], the forbidden spontaneous phase transition in the one-dimensional Ising model was found to be approachable arbitrarily closely in decorated ladders by ultranarrow phase crossover (UNPC) at a given finite temperature T0 with the crossover width 2δT reduced exponentially, which resembles a genuine first-order transition with large latent heat.