We observed critical dynamical transitional phases of electronic liquids driven by an initial electric field inside ${\text{LaH}}_{10\pm x}$ ($-1⩽x⩽2$) under high pressure forcings near room-temperature regime after we adopted the verified theory of absolute reactions to locate the almost-zero normalized resistance states. The enhanced critical temperatures (considering almost zero-resistance states; increased to around 298.2 K) for ${\text{LaH}}_{10\pm x}$ ($x\sim 0$) which are related to the nearly frictionless transport of many condensed electrons might be directly relevant to the dynamical transition at room-temperature regime in after selecting specific activation energies and activation volumes.

我们观察到由内部初始电场驱动的电子液体的临界动态过渡相 ${\text{H}}_{10\pm X}$ （$--\mathrm{1个}⩽X⩽2$）之后，我们采用绝对反应的经过验证的理论来确定接近零的归一化电阻状态，从而在接近室温条件的高压下将其强迫。增强的临界温度（考虑到几乎零电阻状态；增加到298.2 K左右）${\text{H}}_{10\pm X}$ （$X〜0$在选择特定的活化能和活化体积后，与许多凝聚电子几乎无摩擦地传输有关的分子可能直接与室温下的动态跃迁有关。