Aristotle's Nature_The Thoughts That Ruled Two Years of Philosophy
Archimedes' discovery of the principle of buoyancy_ Finding out whether the crown is pure gold or not!
Publication of Ptolemy's Almagest: The Perfection of Ancient Greek Astronomy
Copernicus's announcement of the heliocentric theory: the beginning of the scientific revolution
Galileo Galilei's experiment of dropping objects_ Aristotle's idea was wrong!
Kepler's Laws Announced_Explaining the Movement of Planets
William Harvey's theory of blood circulation: Blood circulates continuously throughout the body.
Galileo Galilei's heliocentric theory_ But the Earth still moves!
Torricelli's measurement of atmospheric pressure and discovery of the vacuum_ How much pressure does air exert?
Discovery of Boyle's Law: Opening the Way to Modern Chemistry through Experiments
Robert Hooke's Cell Observation: A New World Seen Through a Microscope
Newton's law of universal gravitation: There is a force of attraction between all objects.
Newton's double prism experiment: The first scientific approach to light
Leeuwenhoek's Microbiological Observations: Discovery of Unknown Organisms Unseen with the Naked Eye
Discovery of Halley's Comet_Comets also have periods!
Linnaeus's publication of Systema Naturae: The birth of a systematic method for classifying organisms
Joseph Black's discovery of carbon dioxide: finding air trapped inside matter
Henry Cavendish's discovery of hydrogen: a new air that burns brightly
Joseph Priestley's discovery of oxygen_ What is the identity of the pure air that saved the mice?
Herschel's discovery of solar system motion: The sun is merely a moving star within the galaxy.
Lavoisier's publication of Elements of Chemistry - Chemistry establishes itself as a scientific discipline.
Volta's current created by chemical reactions_ The flow of electricity created only by metals
Thompson's friction-induced heat experiment_ Heat is related to motion.
Thomas Young, who proved the wave nature of light_ Is light a particle or a wave?
Dalton's atomic theory_ Atoms, tiny particles that make up matter
Avogadro's molecular theory: The molecular theory that laid the foundation for modern chemistry
Hans Oersted's Introduction to Electromagnetism: Electric current creates a magnetic field.
Boehler's Organic Synthesis Experiment_ Are organic substances made only by living things?
Faraday's discovery of the law of electromagnetic induction: When a magnet moves, electricity flows.
The Law of Conservation of Energy_ Energy never disappears, it just changes form!
William Thomson's Second Law of Thermodynamics and Absolute Temperature_What is the nature of heat?
Darwin's theory of evolution: Nature selects superior creatures.
Pasteur's theory of spontaneous generation: Living things do not arise spontaneously.
Maxwell's electromagnetic wave theory_Electromagnetic waves created by magnetic and electric fields
Mendel's Laws of Inheritance_ The first scientific study of heredity
Mendeleev's periodic table of elements_ A table of elements that appeared in a dream
Koch's discovery of anthrax and the Koch principle: Microorganisms cause disease.
Hertz's discovery of electromagnetic waves_ Discovering electromagnetic waves with a discharge spark
Weismann, who discovered the role of chromosomes: Chromosomes have something to do with heredity.
Roentgen's discovery of X-rays - something invisible passed through thick paper.
Becquerel's discovery of radiation_ light, radiation emitted from a certain special substance
Joseph John Thomson's discovery of the electron - What is the identity of the particle that broke away from the atom?
Ivanovsky and Beijerinck's discovery of viruses: Microorganisms smaller than the pores of a bacterial filter
Max Planck's Quantum Essay: The Beginning of Quantum Physics, the Physics of the Atomic World
Einstein's special theory of relativity_ The seconds of a fast-moving object are different from those of a stationary object.
Rutherford's discovery of the atomic nucleus_ What does the inside of an atom look like?
Niels Bohr's atomic model_Electrons orbit in different orbits, each with different energies.
Wegener's theory of continental drift: There was originally only one continent.
Thomas Morgan's Genetic Map: Creating a Genetic Map on Chromosomes
Einstein's general theory of relativity: Curved spacetime causes gravity.
Heisenberg's uncertainty principle: In quantum physics, both position and momentum cannot be known.
Hubble's Law: The universe is expanding
Carl Anderson's discovery of the positron: the discovery of the positively charged electron
Chadwick's discovery of the neutron: There are particles other than protons in the nucleus.
Avery reveals that DNA is the genetic material_ The identity of genetic material is revealed
Watson and Crick's discovery of the DNA double helix structure - finally revealing its structure.
The discovery of cosmic background radiation that supports the Big Bang theory_ Discovering traces of the Big Bang
Discovery of quarks, the constituent particles of protons and neutrons_ Discovering the smallest particles that make up nature
Black Hole Discovery: Discovering a Black Hole From Which Not Even Light Can Escape
The Human Genome Project: Uncovering the full genetic information of humans

The power of the 'one cut' concept

The concept of 'one cut' has the format of 'one' cut, but in fact, it also means that it implicitly shows several messages within it.
In particular, the task of visualizing a crucial scene that reveals the context of a historical period can convey the content very effectively on its own, creating a concise yet powerful visual effect.
The 'One Cut' series incorporates these visual effects into the educational content of children's books, making complex concepts easier to understand.


In that sense, author Sang-seok Yoon, who studied life sciences and has established himself as a specialist writer in the field of children's science information books for a long time, has written children's books in various fields such as mathematics, history, economics, and art, and has made the 'One Cut' series special with his easy and honest writing style.
Also, writer Park Jeong-seop shook off the burden of having to express the scene in a single cut and presented warm pictures that are alive with his unique humor and wit.

The 'One Cut' series will be published in a total of 8 volumes, including 'History of Science in One Cut', 'History of Mathematics in One Cut', 'Korean History in One Cut', 'World History in One Cut', 'History of Life in One Cut', 'History of Inventions and Discovery in One Cut', 'History of Economics in One Cut', and 'History of Art in One Cut', starting with 'History of Science in One Cut' in 2024 and completing it by 2025.

The History of Science in One Shot

Expressing a scene from the history of science, which may be somewhat unfamiliar to elementary school students, in a single frame adds visual impact to difficult reading.
This helps children understand the content easily and quickly, and indirectly experience various aspects of science by observing various scenes.
Above all, it is simple and intuitive.
It allows us to focus on the important moments that changed the world, and it stimulates our understanding and interest in science.
Stimulates creativity and imagination, and presents ideas and perspectives.


Educational content that integrates science and history

《A Brief History of Science》 presents a series of events that occurred in the course of scientific development in chronological order.
It is a way to show scientific events, such as Newton's discoveries, from a historical perspective along with the context of the times.


This is a fascinating learning experience for children, as this interdisciplinary approach helps them understand scientific concepts and principles and how they have influenced human history.
Understand how scientific discoveries or theories were accepted and what impact they had in a particular culture or era.


Developing scientific thinking

Studying the history of science is the process of understanding how scientists reached conclusions through experiments and analysis during the development of scientific discoveries and theories.
Science has made many achievements in the development of various fields such as physics, chemistry, biology, earth science, space science, and medicine, and these achievements play a major role in making children more interested in science.
Through this, we develop scientific thinking skills such as interest and curiosity, the enjoyment of scientific inquiry, problem-solving skills, and reasoning skills.

Broadening the historical perspective

《A Brief History of Science》 shows the historical development of science.
We understand how the development of science is related to the development of human civilization, and through this, we understand the history of humanity and the history of science together.
By learning about the lives and achievements of major scientists and understanding the eras and social environments in which they worked, you will develop a broader perspective on history.

Exposure to diverse issues and perspectives

《A Brief History of Science》 covers issues in various fields such as physics, chemistry, biology, earth science, space science, and medicine.
Learn about the experiences and backgrounds of scientists and experience different perspectives on science.
Furthermore, through different interpretations and debates about scientific theories and discoveries, we can learn about the impact of science and technology on society and how they address social issues.

Approaching Reading Methods for Modern Children

In keeping with the reading habits of modern children, who are accustomed to images and short texts, we first presented 60 important key events that children must know in pictures, and then summarized them in brief text so that they can immerse themselves in the content in a short period of time.
Turn the pages and see each scene at a glance! It not only enhances the enjoyment and excitement of reading, but also fosters a healthy reading habit.

Increase authority through review and recommendation by experts in each field

The book's expertise and reliability were enhanced through the review and recommendation of author In-Kyung Jeong, who served as a research professor at the Institute of Science and Technology Studies at Korea University, is currently the author of the high school textbook "History of Science," and is active as a science writer.