However, we can say that his work was shaped by several factors:
* The scientific community of his time: Milne was part of a growing scientific community fascinated by natural phenomena, particularly earthquakes. He was inspired by the work of pioneers like Robert Mallet, who first attempted to scientifically study earthquakes.
* His own personal experience: Having experienced earthquakes in Japan while working there as a professor of physics, Milne was motivated to study and understand these events. His personal experience fueled his desire to develop better tools for earthquake prediction and mitigation.
* Technological advancements: The development of the seismograph, a key tool for studying earthquakes, played a significant role in Milne's work. He was a key figure in improving and refining the seismograph, contributing to its evolution as a vital scientific tool.
While Milne did not have a singular, influential figure, his work was influenced by a confluence of factors, including scientific curiosity, personal experience, and the technological advancements of his time.