Title: The Hydroplate Theory and Its Explanation for Geological Anomalies

Introduction

In recent years, the scientific community has been challenged to explain various geological phenomena that have puzzled researchers for decades. Among these enigmatic occurrences are large molybdenum deposits found in Cornwall, England; massive stone structures built by ancient civilizations such as those found in the Swiss Alps; and unique geological features at Arches National Park in Utah. This paper examines how the Hydroplate Theory provides an alternative explanation to prevailing scientific theories for these peculiarities.

Background and Context of the Study

The study of Earth’s geological history has long been dominated by conventional theories, which are primarily based on gradualism and uniformitarianism. These theories assume that geological processes occur slowly over millions of years, leading to the formation of various structures and features we observe today. However, the discovery of anomalies such as large molybdenum deposits in Cornwall, massive stone structures built by ancient civilizations, and unique geological formations at Arches National Park has prompted a reevaluation of these established theories.

The Hydroplate Theory (HPH) offers an alternative explanation for these enigmatic geological features. The HPH proposes that Earth’s recent geological history was dominated by catastrophic events, primarily a global flood event caused by the rupture of subterranean water chambers within the Earth’s crust. This flood, according to the theory, led to rapid continental drift, mountain building, and erosion processes that shaped the landscape we see today.

In this paper, we will discuss how the HPH provides an alternative explanation for these geological anomalies, focusing on large molybdenum deposits found in Cornwall, massive stone structures built by ancient civilizations such as those found in the Swiss Alps, and unique geological features at Arches National Park in Utah.