Wisdom Builder

Three Tidbit Stories

Take Control.

3 random tidbit stories in about 3 minutes.

1.

Take Control FAQ.

The answer comes from a relic originating just 380,000 years post–Big Bang and stretching across 93 billion light-years. The farthest thing we’ve detected in space isn’t a star or galaxy—it’s the Cosmic Microwave Background, or CMB. The discovery of the CMB in 1965 was a pivotal moment, offering strong support for the Big Bang model. This is essentially the afterglow of the universe’s birth, captured in the microwave band of light.

The farthest thing in the universe isn’t a place: it’s a time.

We’re looking at light that began its journey just 380,000 years after the universe became transparent. By measuring its redshift, scientists estimate the CMB is currently about 46.5 billion light-years away from us in every direction. This implies the observable universe has a diameter of about 93 billion light-years.

Importantly, this is not thought to be the edge of the universe—only the edge of what we can observe. Estimating beyond the CMB requires modeling. Two broad possibilities are often discussed: an open or flat universe and a closed universe. If the universe is open (or flat), it may be infinite. If it is closed, current conservative estimates suggest it could be at least six times larger than the observable universe—on the order of 600 billion light-years across.

 


That Take Control FAQ, 

was first published on TST 2 years ago.

2.

Take Control FAQ.

Preservation shapes perception! Our understanding of the past is deeply influenced by what survives. Fossils and artifacts tell a story, but it’s incomplete, shaped by what was preserved. Recognizing preservation bias helps us question the gaps and dig deeper.

Yes, even science, our most rigorous tool, isn’t free from biases. Preservation bias subtly skews our understanding of history, evolution, and nature by favoring what endures over time. Bones and stone tools, for example, outlast fragile materials like fabric, wood, or flesh, leaving us with an often skeletal and incomplete picture of ancient societies.

Take the “caveman,” for example—a name that itself arises from preservation bias. Early archaeologists discovered fossils, tools, and art in caves, which led to the stereotype of prehistoric humans dwelling in these dark enclosures. In reality, they were more like hut people, living outside in the open air, in wood huts and grass shelters. For the most part, their daily life decayed into oblivion.

Preservation bias goes beyond ancient humans. Consider the fossil record, which heavily favors species with hard shells or bones, leaving soft-bodied creatures like jellyfish grossly underrepresented. Similarly, our understanding of ancient climates is often built on tree rings and ice cores, materials that only form under specific conditions, leaving gaps for vast regions. Even written history suffers: the accounts that survive are often from the literate elite, meaning the voices of the common people, minorities, and women were frequently lost. Preservation bias reminds us to approach all evidence critically, aware that much of what existed faded into the sands of time.

 


That Take Control FAQ, 

was first published on TST 2 years ago.

3.

Take Control Story.

Wuerhosaurus was a late Early Cretaceous stegosaur from what is now northwestern China, with fossils known from Xinjiang and related material from Inner Mongolia. It lived roughly 135 to 125 million years ago, making it one of the youngest known stegosaurs. Unlike the taller, more dramatic image many people carry of Stegosaurus, Wuerhosaurus seems to have been a broader, lower-slung animal, likely adapted for feeding on low-growing plants. It still had the classic stegosaur look—plates along the back and a spiked tail—but it appears to have carried that old design in a somewhat flatter, heavier form.

Behind Wuerhosaurus stood a much wider stegosaur story. Earlier stegosaurs had spread across parts of North America, Europe, Africa, and Asia, and over time they explored a range of sizes and plate arrangements while keeping the same basic blueprint: small heads, arched backs, back plates, and a defensive tail. Some were taller and more iconic, like Stegosaurus. Others were built differently, showing that even within one recognizable body plan, evolution kept experimenting. Wuerhosaurus was one of the final echoes of that long, successful branch.

The frustrating truth is that late stegosaur fossils are scarce, which makes their ending harder to reconstruct than the endings of some other dinosaur groups. A few fragmentary finds hint that stegosaurs may have lingered later in the Cretaceous than once thought, but the mainstream view is still that no definitive stegosaur evidence is known from deposits close to the K–Pg boundary. In other words, stegosaurs seem to have disappeared tens of millions of years before the asteroid impact ended the non-avian dinosaurs.

 


That Take Control Story, 

was first published on TST 3 months ago.

The end. Refresh for another set.

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