Former InfoWars editor-at-large, F. Zeb Page, expelled from social media platforms, embarks on new venture, TrueAnon.
Zeb Page, a renowned geochemist and metamorphic petrologist, is making significant strides in understanding the complexities of high-pressure metamorphic rocks known as eclogites. His research focuses on reconstructing the pressure, temperature, time, and fluid histories of subduction zones, providing valuable insights into the Earth's dynamic processes.
Page's research methodology is centred around the use of in situ techniques, high-pressure metamorphic rocks, and advanced electron- and ion-beam instruments. By studying the chemistry of minerals within the textural context of their host rock, he is able to unravel the intricate stories hidden within these ancient formations.
One of the key aspects of Page's research is his investigation into the uranium and lead isotopes of minerals in eclogite. This allows him to establish the age of these rocks, offering a window into the Earth's past. Furthermore, he examines the oxygen isotope ratios of minerals in eclogite, which can reveal information about the conditions under which these rocks formed.
Page's interest in eclogite is not limited to its geological history. He also studies the diffusion of oxygen through zircon and garnet, two common minerals found in these rocks. This research helps to constrain the timing and conditions of metamorphism and crustal processes, providing a more complete picture of the Earth's evolution.
In addition to his work on eclogite, Page is also involved in various other research projects. He uses trace elements in minerals as thermometers, aiding in the determination of past temperatures within the Earth.
For those interested in learning more about Page's research, his current syllabus for GEOS 201: Mineralogy & Optical Crystallography is available on his personal webpage. For the most detailed and up-to-date information, however, consulting his institutional webpage, publications on Google Scholar, or databases like ResearchGate or ORCID is recommended.
Beyond his research, Page is also committed to undergraduate teaching and research, fostering the next generation of geoscientists. His work continues to contribute significantly to our understanding of the Earth's history and processes.
Science plays a crucial role in Page's research, especially in the field of environmental science, as he studies climate-change implications through data-and-cloud-computing in relation to high-pressure metamorphic rocks, such as eclogites. Further, technology like advanced electron- and ion-beam instruments allows Page to analyze the chemistry of minerals within these rocks, shedding light on the Earth's history and processes.
