preface

Chapter 1: 2025 Nobel Prize in Physiology or Medicine
1-1 Opening the Way to Customized 'Immunotherapy'
1-2 Scientists Who Didn't Know They'd Won the Nobel Prize
1-3 Advances in Immunotherapy Technology: How Should We Respond and Utilize Them?

Chapter 2: 2025 Nobel Prize in Physics
2-1 Reproducing the 'ghost phenomenon' in reality
The Berkeley Trio Who Created Macroscopic Quantum Tunneling
The era of quantum computing is just around the corner.

Chapter 3: 2025 Nobel Prize in Chemistry
3-1 The emergence of 'metal sponge' that can be made like Lego
3-2 Three Molecular Architects Who Ushered in the Era of 'Custom Materials'
A "new materials industry" that will transform the industrial landscape is opening.

A Look at the Nobel Prizes in Physics, Chemistry, and Life Sciences
Essential Science Textbook for Future Scientists

This book shows the power of transforming rigid scientific knowledge into the "fun of reading" by presenting the research that won this year's Nobel Prizes in Physiology or Medicine, Physics, and Chemistry in an interesting story format that even young people can easily understand.
The Nobel Prize in Physiology or Medicine covers immune regulation mechanisms, the Nobel Prize in Physics covers quantum circuit experiments, and the Nobel Prize in Chemistry covers metal-organic frameworks (MOFs), each representing scientific innovation directly related to real-world problems in life, physics, and chemistry.
The best part of the book is that even readers without a scientific background can easily learn basic knowledge, background knowledge, and concepts in physics, chemistry, and life sciences just by reading the author's stories.
This book examines the research, core concepts, experimental background, and human significance of the Nobel Prize in Science, linking it to physics, chemistry, and life sciences curriculum. It is recommended for use as a textbook reference and research activity book for middle and high school students.
Furthermore, it will be the easiest and smartest introduction to science that allows readers to imagine the future of science through the Nobel Prize, and will serve as a good guide for teachers, parents, and students on career paths in science and academic connections, and will become a liberal arts textbook that inspires readers to dream of becoming future scientists.


Knowing the cutting edge of scientific knowledge, we can imagine what lies ahead for humanity.
Easy and smart science stories for intellectual conversation

The Nobel Prize is an intellectual compass that points out the 'next direction for humanity.'
"Understanding the Nobel Prizes in Science 2025 in One Day" explores the discoveries at the forefront of modern scientific knowledge and the implications each study holds for human civilization, allowing us to imagine the next steps for humanity.
Physiology or Medicine, Physics, and Chemistry? The award-winning research in these three fields covers topics such as immune regulation, quantum circuits, and metal-organic frameworks (MOFs). While seemingly complex at first, these topics are directly related to our lives, energy, and environmental issues.
The 2025 Nobel Prize in Physiology or Medicine was awarded to researchers who uncovered the secrets of human immune function, the Physics Prize to researchers who practically demonstrated the quantum tunneling phenomenon, and the Chemistry Prize to researchers who developed new molecular structures and provided the foundation for various innovations.
The Nobel Prize in Physiology or Medicine winners' discoveries of immune balance offer breakthroughs in the treatment of autoimmune diseases and cancer, while Physics research is ushering in the age of quantum computing, and Chemistry research is demonstrating sustainable materials innovations that address the climate crisis.
Our book is the easiest and most entertaining science textbook to read, answering the questions, “Why is the Nobel Prize important?” and “How will this discovery change our lives?” It is an inspirational book for students and researchers studying basic science.