Get Involved in Advancing Creation Science
View our Current Research Projects
Be a part of something impactful—support groundbreaking creation research by connecting directly with scientists dedicated to exploring the world through a biblical lens. At Go Fund Creation, your involvement directly funds essential projects in the most relevant fields of creation research, empowering scientists to uncover the richness of God’s world.
Current Projects
Listed below are the research initiatives we currently support. Your funding assistance will help move any of it forward.
Sandstone Depositional Environments In The Western United States
Significant geologic work has been accomplished on the cross-bedded Coconino Sandstone that compiles data for the marine origin rather than the aeolian origin of this formation. This data includes outcrop observations, microscopic thin section study (presence of mica, angular K-feldspars, dolomite, angular sand grains, and poor sorting), paleocurrent directions, paleontology, zircon crystal provenance, parabolic recumbent folds, and cross bed angles. Additionally, hydraulic flume experiments in the laboratory have studied the development of sand bedforms. This project will focus on similar field, laboratory and office research studies for other cross-bedded sandstones in the Western US and expand our understanding of their depositional environments.
Pre Flood and Post Flood Boundary Investigations
The pre-flood and post-flood boundaries are an important topic for a variety of reasons such as an accurate flood chronology, post-flood environments for humans and animals recolonizing the world, and post-flood animal diversification. Generally, creation scientists believe the post-flood boundary is either near the Cretaceous/Paleogene (K/Pg) or the Neogene/Quaternary (N/Q) boundaries. Our research team members bring expertise in K/Pg and N/Q post-flood boundary interpretations, boundary criteria, geomorphology, catastrophic plate tectonics and biostratigraphy. These research projects will overlay different data sets and attempt to resolve the conflicts through field/office research and move the many different interpretations toward a more comprehensive consensus of the flood boundaries.
Measurement Of Radiocarbon Levels In Natural Diamonds
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Measurement Of Helium Diffusion In Zircon At Low Temperatures
The most powerful line of experimental evidence supporting the RATE conclusion that billions of years of accelerated nuclear decay occurred during extremely brief episodes in the earth’s past involved the careful measurement of the helium diffusion rate in zircon crystals extracted from drill core from granitic basement rock in northern New Mexico.
Dynamic Topography Of North America During The Flood
This research initiative will apply the 3D spherical geometry Terra program to investigate the surface height dynamics (dynamic topography) associated with the rapid plate tectonics of the Flood.