Publications by authors named "Zachary Nix"

Understanding the specific mechanisms responsible for anabolic and catabolic responses to static or dynamic force are largely poorly understood. Because of this, most research groups studying mechanotransduction due to dynamic forces employ an empirical approach in deciding what frequencies to apply during experiments. While this has been shown to elucidate valuable information regarding how cells respond under controlled provocation, it is often difficult or impossible to determine a true optimal frequency for force application, as many intracellular complexes are involved in receiving, propagating, and responding to a given stimulus.

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Article Synopsis
  • - Analyzed the unique properties of Eu(FeRu)As, focusing on its coexistence of superconductivity and ferromagnetism to gauge its magnetic phase diagram.
  • - Conducted experiments showed that applying hydrostatic pressure increases the magnetic ordering temperature from 20 K to approximately 49 K at 10.1 GPa, before eventually suppressing the magnetic order.
  • - Findings indicate that high pressure causes Eu ions to shift to a consistent intermediate valence state, potentially leading to the collapse of magnetism, along with a significant structural transition at 5 GPa.
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