Master Timeline
It’s clear: neanderthals created art. The discovery of cave paintings in Spain, dated to over 64,000 years ago, marked a profound shift in our understanding of Neanderthals. This corrected the longstanding perception that Neanderthals lacked symbolic thought and artistic expression. To learn more, check out Beyond Human Bias: Reassessing Neanderthal Intelligence.
Discovery: Neanderthal Symbolic Thought Read More »
Most scientists treat Neanderthals, Denisovans, and Homo sapiens as separate species that interbred, but the debate remains open.
Neanderthal Art: Symbolic Thought Read More »
Invented by Newton in the 1660s (pub. 1687) and independently by Leibniz in the 1680s (pub. 1684). Both built on Galileo’s popularizing the idea of the infinitesimal. Calculus, the mathematical study of continuous change, introduced the concepts of differentiation and integration, providing tools to model and analyze motion, growth, and the infinitesimal. Newton, working primarily
The Invention of Calculus Read More »
From Baroque music and paintings to sculptures and archicture. The dawn of the 17th century witnessed the birth of the Baroque era, marking a transformative period in the history of art that spanned from circa 1600 to 1750 CE. Originating in Italy and spreading across Europe, the Baroque movement represented a significant evolution in artistic
The Birth of Baroque Art Read More »
In the vibrant intellectual climate of Ancient Greece, the 6th century BCE marks the embryonic stage of formal logic, attributed to the philosopher Thales of Miletus (around 624-546 BCE). Thales, recognized as the first of the Seven Sages of Greece, embarked on a quest that laid the foundational stones of logical thought. He shifted the
The Birth of Logic Read More »
In 1975, Italian archaeologist Paolo Matthiae and his team unearthed the remarkable Library of Ebla at Tell Mardikh, Syria, revealing a trove of around 20,000 clay tablets and fragments. This discovery dramatically expanded our understanding of ancient Near Eastern civilizations, introducing Eblaite as a previously unknown Semitic language and providing unprecedented insights into the culture,
Rediscovery of the Library of Ebla: circa 2350 BCE Read More »
17,000 fragments totally maybe 2,500 tablets, discoved in the 1970s, only a few hundred have been translated. The library of Ebla, located in the ancient city of the same name was located in modern-day Syria. This library dates back to the 24th century BCE and contained thousands of clay tablets written in Sumerian and Eblaite,
Oldest Known Library: Ebla Read More »
By the late Ediacaran, the animal world was already moving toward proto-nervous systems and the long road to brains.
Presentient Animals Emerge: The Ediacaran Prelude Read More »
First Brains: By about 520 million years ago, hunters roamed the seas. In the Cambrian explosion, a period of rapid evolutionary development that began around 541 million years ago, the earliest known animals with structures recognizable as brains made their debut in the Earth’s oceans. They possessed rudimentary beginnings central nervous systems, including a brain.
Earliest Known Hunter Read More »
44 Generations From Now The transformation or emergence of beings that have transcended current human biological and cognitive limitations. This could be achieved through advanced genetic engineering, cybernetic enhancements, or the development of entirely new forms of consciousness within AI systems. A group of our descendants are likely to attain God-like abilities over matter and energy
Post Human Evolution Read More »
Geological and astronomical models predict that Earth is due for another glacial period within the next 100,000 years, possibly plunging much of the planet into ice. This event will significantly impact ecosystems, sea levels, and potentially human civilizations, depending on technological advancements and societal adaptations.
Next Global Ice Age Read More »
12 Generations From Now (from 2020 CE) The estimate of 300 years from now, give or take a century, marks a speculative point when we might reasonably expect a response from extraterrestrial life. This prediction takes the centennial anniversary of the Arecibo message into account, a significant milestone in human history. It was the first high-powered,
Alien Communication Expected Date Read More »
520 Generations From Now Right now Polaris is our North Star. In 13,000 years it will be Vega. The Earth spins as it revolves around the Sun, but the North Pole is always pointing toward the North Star, Polaris. The Earth spins and only wobbles a tiny bit over millennia as it revolves around the
The constellations we recognize today will be vastly different in a million years due to what astromers call “proper motion” of stars. This will transform our night sky, creating new constellations from stars that have shifted positions, presenting future astronomers with a completely new celestial map to study. Because of stellar motion, our current Star
Brand New Constellations Read More »
We can measure the movement of continents very precisely. Their future locations are a simple exercise in the empirical sciences. Predictive models like “Pangaea Proxima” (sometimes called “Next Pangaea” or “NeoPangaea”) predict the formation of a new supercontinent in about 250 million years, potentially sooner. This model sees “ALL” of Earth’s continents coming together to
New Pangaea Proxima Supercontinent Read More »
The Lambda Cold Dark Matter model of the universe predicts a Big Freeze. The Big Freeze is projected sometime after 10100 years from now. That’s a set of googol years from now. After billions is trillions then quadrillion. After quadrillions is Quintillion, Sextillion, Septillion, Octillion, Nonillion, Decillion, and finally a GOOGOL. This number is beyond
Lambda Model: Heat Death of the Universe Read More »
Over an incredibly long timescale, the Sun’s white dwarf remnant could cool enough to become a black dwarf, a theoretical stellar remnant that emits no light. Although speculative, theoretical models give us insight into the lifespan of the Sun as a white dwarf. After transitioning into a white dwarf, the Sun is expected to cool
In about 50 to 100 billion years, then over tens of billions of years, gravitational interactions with other bodies and the loss of mass by the Sun as it becomes a white dwarf could cause the remaining planets’ orbits, including Earth’s (if it survives the Sun’s red giant phase), to decay or become unstable.
Degradation of Earth’s Orbit Read More »
After shedding its outer layers and engulfing the inner planets during its red giant phase, the Sun will leave behind a white dwarf. The remaining material could potentially form a new planetary system around this white dwarf.
Formation of a New Solar System Read More »
The Milky Way and Andromeda galaxies are expected to collide and merge into a single elliptical galaxy. Despite the dramatic nature of this event, the vast distances between stars mean that direct stellar collisions are unlikely.
Milky Way-Andromeda Collision Read More »
