A Short History of Nearly Everything

The most enjoyable single volume of general scientific literacy ever written, covering cosmology to geology to biology through the people who worked it out. For a reader with no science background it is the highest-value entry point on the list.

The chapter guide

The universe, Earth and life became intelligible through centuries of curious, fallible people testing ideas against evidence, and our existence is both extraordinarily improbable and physically precarious.

1. Introduction: A curious nonexpert’s science quest

   Bryson turns his own poor science education into a quest to understand how the universe, Earth and life came to be.

2. Part I and Chapters 1–2: Origins and cosmic scale

   Modern cosmology reconstructs the universe’s beginning and reveals a solar system whose scales exceed ordinary intuition.

3. Chapter 3: The Reverend Evans’s Universe

   The patient observation of supernovae shows how stars create elements and how ordinary observers can contribute to science.

4. Part II and Chapter 4: Measuring Earth

   Eccentric experiments and global surveys gradually established the size, shape, mass and age of Earth.

5. Chapters 5–6: Rocks, fossils and deep time

   Geology and paleontology emerged through evidence in rocks and fossils amid fierce disputes over deep time and dinosaurs.

6. Chapter 7: Elemental Matters

   Chemists learned to identify, organize and explain the elements that compose the material world.

7. Part III and Chapter 8: Relativity’s new universe

   Relativity replaced absolute space and time with a universe in which motion, gravity and observation are linked.

8. Chapter 9: The Mighty Atom

   Experiments revealed atoms as structured systems of smaller particles governed by counterintuitive quantum behavior.

9. Chapter 10: Getting the Lead Out

   Clair Patterson dated Earth while exposing how industry obscured evidence that widespread lead pollution was harmful.

10. Chapter 11: Muster Mark’s Quarks

    Particle physics built an increasingly crowded account of matter from quarks, forces and other subatomic entities.

11. Chapter 12: The Earth Moves

    Continental drift became plate tectonics after new evidence overcame decades of scientific resistance.

12. Part IV and Chapters 13–15: A dangerous planet

    Asteroid impacts, volcanism and earthquakes make a seemingly stable planet intermittently catastrophic.

13. Part V and Chapters 16–18: The habitable surface

    Human life occupies a narrow surface zone shaped by a thin atmosphere and immense, poorly explored oceans.

14. Chapters 19–20: Life begins and microbes prevail

    Life began early, transformed the planet and remains dominated by microbial organisms that human senses overlook.

15. Chapters 21–22: Fossils, extinctions and deep time

    The fossil record is radically incomplete, extinctions repeatedly reshape life and humans arrive only at the end of geological time.

16. Chapters 23–24: Biodiversity and cells

    Earth’s biodiversity is vast and poorly catalogued, while every complex organism depends on intricate cellular cooperation.

17. Chapter 25: Darwin’s Singular Notion

    Natural selection explains adaptation and common descent, though its acceptance was shaped by personality, timing and incomplete evidence.

18. Chapter 26: The Stuff of Life

    Genes, DNA and chromosomes transmit biological information through mechanisms that science uncovered only gradually.

19. Part VI and Chapter 27: Ice Time

    Recurring ice ages transformed climates and landscapes, and their timing emerged from interacting astronomical and geological cycles.

20. Chapters 28–30: Human origins, expansion and Good-bye

    Fragmentary fossils and genetic evidence trace an uncertain human lineage whose surviving species rapidly spread and extinguished other life.

Scorecard

Universality

5 of 5

Evidence

4 of 5

Reread value

3 of 5