See also: https://randomraindrops.com/creation-museum-millions-of-years/ for why I see the problem differently.
Corey Taylor on Geological Dating
I saw this on a facebook group which I am *not* joining. He is talking about consilience of evidence.
Corey Taylor · ·
After years of discussing young earth creationism, Noah’s Flood, and evolution debates, I’ve come to an interesting conclusion:
Almost ALL of it ultimately rests on one thing being wrong: absolute dating.
If radiometric dating works, then the Earth is not 6,000 years old. Period.
Think about this logically. Radiometric dating isn’t some obscure tool used only by paleontologists digging up dinosaur bones. The biggest evidence of effective is that industries worth trillions of dollars rely on it. The oil and gas industry uses radiometric dating and related geological dating methods constantly to understand sediment layers, reconstruct ancient environments, map basins, and determine where resources are likely to be. Companies spend billions drilling wells. If these methods were wildly inaccurate, they’d be hemorrhaging money at a scale capitalism simply doesn’t tolerate. The reason companies keep using them is because they work. Money talks.
Now here’s where things get even harder to dismiss. We don’t just have ONE dating method. We have multiple radiometric methods using different isotopes with different decay rates: uranium-lead, potassium-argon, rubidium-strontium, carbon dating (for recent stuff), and more. If these methods were built on terrible assumptions, they should constantly disagree. Instead, they often converge on the same ages. Even more importantly, they match entirely different dating methods that have nothing to do with radioactive decay at all: tree rings, ice cores across two continents, varves (annual sediment layers), coral growth patterns, and historical records. You can align known volcanic eruption ash layers with multiple dating methods to confirm effectiveness. There’s no logical way they would align coincidentally. They can’t all be off by exactly the same amounts.
And yes… before Mount St. Helens appears in the comments again. The common argument comes from using potassium-argon dating on very young rocks and obtaining old ages. Here’s the problem: potassium-argon dating generally should NOT be used on extremely young volcanic rocks because not enough radiogenic argon has had time to accumulate yet. Even tiny amounts of inherited argon trapped in magma before eruption can completely overwhelm the signal you’re trying to measure. Scientists have known this for decades. Using potassium-argon dating on fresh volcanic rock and then acting shocked when it gives nonsense results is like weighing yourself with a broken bathroom scale and declaring gravity false. All this demonstrates is that if you use a tool improperly, you get bad results.
My favorite example of proof of concept is Vesuvius. We know when the eruption happened because people literally wrote about it. Pompeii was buried in AD 79. When volcanic material from Vesuvius was radiometrically dated, we got ages consistent with reality. This isn’t deep time speculation. It’s a direct calibration against calendar dates. The question isn’t really “does radiometric dating have assumptions?” Every measurement system does. The question is: do those assumptions produce accurate results when tested against reality? Over and over again, the answer appears to be yes








