Page 1 of 20. Cover: young and mature Isaac Newton beneath an apple tree, linked by coral orbital paths to the Moon, a prism and an open book. Page 2 of 20. Snow surrounds Woolsthorpe Manor. Newton's mother holds her newborn son; years later, the boy looks thoughtfully over the fields. Page 3 of 20. Young Newton observes and draws in a Grantham classroom, struggles to focus on farm work, and returns toward school carrying books. Page 4 of 20. Newton enters Trinity College, studies mathematics and natural philosophy by candlelight, and tests a geometric idea. Page 5 of 20. Plague closes Cambridge. Newton returns to Woolsthorpe and resumes intense study beside a quiet country window. Page 6 of 20. A rolling ball raises a question about instantaneous speed. Curves, tangents and area strips illustrate the beginnings of calculus. Page 7 of 20. Newton passes sunlight through a prism, tests an isolated component with a second prism, and concludes that white light contains colors. Page 8 of 20. An apple falls harmlessly into orchard grass. Newton looks from it toward the Moon. Later notebooks show the years of work that followed. Page 9 of 20. Newton polishes a mirror, uses a compact reflecting telescope with a side eyepiece, and demonstrates the instrument to learned observers. Page 10 of 20. Newton sends out his optics paper, receives critical letters, reacts with frustration, and returns to experimentation. Page 11 of 20. Newton works with a small laboratory furnace, studies theological manuscripts, and brings varied investigations together on his desk. Page 12 of 20. Edmond Halley visits Newton at Cambridge. They discuss a planetary ellipse, prompting Newton to retrieve his earlier calculations. Page 13 of 20. A rolling ball, a pushed cart, and two skaters illustrate inertia, acceleration and equal opposite forces on different bodies. Page 14 of 20. Newton considers an apple and the Moon. An orbital diagram shows inward gravity, while two spheres illustrate attraction and distance. Page 15 of 20. Newton writes the Principia; Halley helps at a printing workshop. The finished book opens onto a conceptual panorama of planetary motion. Page 16 of 20. Newton enters the Royal Mint at the Tower of London, examines clipped coins and records, and becomes its Master. Page 17 of 20. Older Newton chairs the Royal Society, publishes Opticks, and becomes embroiled in a bitter calculus dispute with Leibniz. Page 18 of 20. An older Newton sits alone, reflects beside a prism, and gives way to a scene of students questioning scientific ideas together. Page 19 of 20. Westminster Abbey marks Newton's death. Bridges and spacecraft illustrate his influence; relativity and quantum physics extend beyond his mechanics. Page 20 of 20. A modern reader questions an apple's fall and tests ideas with a friend. A symbolic young Newton walks beneath an immense sky of orbital curves.

Behind the Panels

This historical manga uses imagined dialogue, compressed scenes and AI-generated original illustrations. Conversations are not verified quotations. Buildings, supporting characters and instruments are interpretive reconstructions; scientific diagrams and coral light rays are explanatory illustrations, not to scale.

  • One birth, two dates. Christmas Day 1642 in England’s Julian calendar was 4 January 1643 in the Gregorian calendar. Oxford’s Newton Project: chronology
  • The falling apple. William Stukeley recorded Newton’s later recollection of an apple prompting thoughts about gravity. His memoir does not describe an apple hitting Newton’s head. The full theory took many more years. Stukeley’s memoir, Newton Project
  • Discovery had company. Newton and Leibniz developed calculus independently. Earlier mathematics and astronomy shaped Newton’s work; Halley encouraged and paid for the Principia’s publication in 1687. Cambridge University Library · Royal Society: publication
  • Light and disagreement. Newton’s experiments showed that a prism separates components already in white light. Hooke and other readers raised scientific questions about his interpretations. Cambridge: optics and criticism
  • Beyond mechanics. Alchemy, theology and chronology occupied Newton for years. At the Royal Mint, he helped administer recoinage and investigated counterfeiting. Cambridge: alchemical work · Royal Mint Museum
  • Authority could be partial. As Royal Society president, Newton helped compile the calculus-dispute report that favored his own side. His scientific achievements do not make that judgment impartial. Oxford: the priority dispute
  • The science in the drawings. Third-law forces act on different objects. The Moon remains under Earth’s gravity as it moves forward. For spherical bodies outside one another, gravitational attraction follows an inverse-square law. Newtonian mechanics remains useful within its limits. NASA: laws of motion · Stanford: Newton’s philosophy

Continue reading: Albert Einstein: The Boy Who Chased Light