What will I learn about: how innate human curiosity combined with community cohabitation and the division of labor to spark the very first scientific innovations?

Discover how innate human curiosity combined with community cohabitation and the division of labor to spark the very first scientific innovations.

What will I learn about: Learn how the invention of early writing systems in ancient Mesopotamia allowed humans to document complex concepts, drive economic growth, and preserve essential knowledge?

Learn how the invention of early writing systems in ancient Mesopotamia allowed humans to document complex concepts, drive economic growth, and preserve essential knowledge.

What will I learn about: how early mathematics and geometry developed out of purely practical societal needs, such as calculating construction labor and measuring property boundaries?

Find out how early mathematics and geometry developed out of purely practical societal needs, such as calculating construction labor and measuring property boundaries.

What will I learn about: why ancient Greek thinkers were pivotal to modern science by abandoning mythological explanations of nature in favor of rational questioning and physical experiments?

Understand why ancient Greek thinkers were pivotal to modern science by abandoning mythological explanations of nature in favor of rational questioning and physical experiments.

What will I learn about: Explore the evolution of early physics, tracing the path from Aristotle's foundational concepts of 'force' to Galileo's groundbreaking shift toward precise, abstract experimentation?

Explore the evolution of early physics, tracing the path from Aristotle's foundational concepts of 'force' to Galileo's groundbreaking shift toward precise, abstract experimentation.

The Upright Thinkers

The Human Journey from Living in Trees to Understanding the Cosmos

Leonard Mlodinow

★ 4.4 / 5(86 ratings)

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Science

If You're Curious About These Questions...

You should listen to this audiobook

💡Did you know that our journey toward modern science actually began with the simple, primal act of learning to control fire?
💡Have you ever wondered what personal struggles and "aha!" moments drove geniuses like Galileo and Einstein to completely redefine our reality?
💡Are you curious about how we evolved from primitive survivalists to thinkers capable of deciphering the strange laws of quantum mechanics?

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Key Takeaways from The Upright Thinkers

✓Discover how innate human curiosity combined with community cohabitation and the division of labor to spark the very first scientific innovations.
✓Learn how the invention of early writing systems in ancient Mesopotamia allowed humans to document complex concepts, drive economic growth, and preserve essential knowledge.
✓Find out how early mathematics and geometry developed out of purely practical societal needs, such as calculating construction labor and measuring property boundaries.
✓Understand why ancient Greek thinkers were pivotal to modern science by abandoning mythological explanations of nature in favor of rational questioning and physical experiments.
✓Explore the evolution of early physics, tracing the path from Aristotle's foundational concepts of 'force' to Galileo's groundbreaking shift toward precise, abstract experimentation.

Learning Tools

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Mind Map

The Upright Thinkers

Origins of Scientific Thinking+

Foundations of Knowledge+

Rational Inquiry (Ancient Greece)+

Classical Physics+

Evolution of Chemistry+

Advancement of Biology+

The Atomic Era+

Quantum Theory+

Quiz — Test Your Understanding

Question 1 of 9

What was a primary advantage of early human cohabitation that laid the foundation for scientific thinking?

A. It allowed humans to domesticate wild predators for protection.
B. It enabled the pooling of knowledge, distribution of labor, and eventually the creation of schools.
C. It led to the immediate invention of writing systems to record religious texts.
D. It forced humans to abandon tool-making in favor of agricultural pursuits.

Question 2 of 9

Why did early humans initially develop reading and writing systems around 3000 BCE?

A. To write down philosophical treatises and epic poetry.
B. To standardize and document shared knowledge so it could be preserved and transported.
C. To communicate with neighboring communities during times of war.
D. To record the complex mathematical equations needed for building pyramids.

Question 3 of 9

What major shift in thinking made the ancient Greeks crucial to the development of early science?

A. They were the first to invent a standardized system of algebra and calculus.
B. They began questioning the belief that gods were responsible for natural phenomena, favoring rational inquiry.
C. They discovered how to use the scientific method to turn base metals into gold.
D. They proved that the Earth revolved around the sun using advanced optical instruments.

Question 4 of 9

How did Galileo Galilei significantly advance the scientific method during his era?

A. By using abstraction to expand upon experimental results and make predictions about phenomena he couldn't measure directly.
B. By discovering the law of universal gravitation after observing an apple fall from a tree.
C. By inventing the first microscope to observe the random movement of atomic particles.
D. By relying completely on the theoretical generalized observations of ancient Greek philosophers.

Question 5 of 9

Before becoming a rigorous science, early chemistry was primarily practiced as a craft. Which of the following was an early application of this craft?

A. Creating early vaccines to protect livestock from disease.
B. Mummification and the alchemical attempt to turn base substances into gold.
C. Developing synthetic fertilizers for large-scale agriculture.
D. Extracting pure oxygen from heated mercuric oxide.

Question 6 of 9

What earlier biological theory did the invention of the microscope and the later work of Charles Darwin help to disprove?

A. Natural selection
B. Random variation
C. Spontaneous generation
D. Genetic mutation

Question 7 of 9

How did Albert Einstein help prove the existence of atoms in 1905?

A. By splitting the atom using a rudimentary particle accelerator.
B. By observing the seemingly random movements of pollen dust in water.
C. By firing radioactive particles through a sheet of gold foil.
D. By measuring the exact speed of light in a vacuum.

Question 8 of 9

What flaw did Niels Bohr identify in Ernest Rutherford's model of the atom?

A. It incorrectly placed the heavy nucleus on the outside of the atom.
B. It failed to account for the interaction between orbiting electrons, which would disrupt their orbit.
C. It assumed that electrons were positively charged rather than negatively charged.
D. It did not explain the existence of photons within the central nucleus.

Question 9 of 9

Why did Erwin Schrödinger develop a new system for applying quantum physics?

A. To prove that Werner Heisenberg's spectral data was mathematically incorrect.
B. To make quantum theory more approachable by using familiar Newtonian-like notations.
C. To explain the biological mutations observed in Darwin's finches.
D. To measure the exact position and speed of an electron simultaneously.

The Upright Thinkers — Full Chapter Overview

1Recommendation
2The foundations of scientific thought were laid when curious humans began to work together.
3Reading, writing and mathematics were central to the progress of society and the sciences.
4The ancient Greeks were some of the first to think rationally and develop scientific theories.
5Physics emerged by building on earlier theories through abstraction and hard work.
6Chemistry started as an experimental craft before becoming a science that transformed the world.
7The early science of biology truly advanced through the painstaking work of Charles Darwin.
8When physics embraced the atomic realm, it made a tremendous leap forward.
9Physics advanced further as the diligent work of two devoted researchers revealed atomic structure.
10The difficulty of measuring the invisible drove the vital development of quantum theory.

The Upright Thinkers Summary & Overview

The Upright Thinkers (2015) takes you through the fascinating evolution of science, tracing the footsteps and influence of major figures along the way – from Galileo to Einstein to Heisenberg. These blinks will start with a trip back in time to the first moments humans learned to control fire, and will leave you with a brief summary of quantum mechanics.

Who Should Listen to The Upright Thinkers?

Science geeks
Anyone who enjoyed science class but wants to refresh their memory
Students interested in the history of the natural sciences

About the Author: Leonard Mlodinow

Leonard Mlodinow, PhD, is an American physicist, author and a leading researcher in the field of quantum theory. He has written books alongside colleagues such as Stephen Hawking, and is the author of The Drunkard's Walk: How Randomness Rules Our Lives, which was a New York Times notable book of the year and one of Amazon’s choices for best science book of 2008.

The Upright Thinkers

If You're Curious About These Questions...

Listen to The Upright Thinkers — Free Audiobook

Key Takeaways from The Upright Thinkers

Learning Tools

Mind Map

Quiz — Test Your Understanding

The Upright Thinkers — Full Chapter Overview

The Upright Thinkers Summary & Overview

Who Should Listen to The Upright Thinkers?

About the Author: Leonard Mlodinow

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