Learn about the Thought Experiment that Opened the Door to Understanding Relativity
 
Interactive Excitement in a Feature Packed Learning Tool
Schrödinger's Cat Maxwell's Demon Einstein's Elevator Einstein's Train

Dive into the world of relativity with Einstein's Train, an engaging educational app designed to make one of Einstein's most famous thought experiments accessible and exciting for high school students. This app combines dynamic graphics, interactive text, and challenging quizzes to explore the profound implications of Einstein's famous thought experiment and its role in the development of general relativity.

Key Features:

  • Interactive Visuals: Explore the concept of space-time through stunning, dynamic graphics. Watch as a lightning strike challenges the notion of simultaneity, learn about Dyson and Eddington's expedition to test Einstein's theory, bends space-time, and be fascinated by Hafele and Keating's experiment that revealed the concept of time dilation..

  • Engaging Text: Written at a high school reading level, the app provides clear, concise explanations of complex concepts. Understand how Einstein's thought experiment challenged existing ideas about general relativity and led to groundbreaking changes in physics.

  • Quizzes and Challenges: Test your knowledge with multiple-choice and true/false quizzes after each section. Each quiz is designed to reinforce key concepts, helping students to grasp and retain the material.

  • Cross-Platform Availability: Whether you’re on the go with your iPad or enjoying a learning session on your Apple TV, Einstein's Train is optimized for both iOS and tvOS.

  • Progress Tracking: Keep track of your learning progress, revisit challenging sections, and aim for a perfect score on every quiz.

Learning Outcomes: By using Einstein's Train students will:

  • Understand the significance of Einstein's Train thought experiment.
  • Learn how the experiment contributed to the development of the theory of general relativity.
  • Grasp the concepts of space-time curvature the bending of light.
  • Strengthen their knowledge through interactive content and quizzes.

Join the journey through space-time and discover how a simple train ride changed our understanding of the universe!

Why Our App Stands Out:
• Interactive Simulations: Einstein's Train in action with hands-on simulations that bring this thought experiment to life. Watch how the perception of simultaneity can be challenges with a clever thought experiment.

• Engaging Lessons: Our app breaks down complex scientific concepts into easy-to-understand lessons. Learn about gravity, spacetime, time dilation, bending light rays and more. The app explains how tought experiments are useful tools for physicists. Einstein's thought experiments had the significance of opening the door to the discovery of general relativity..

• Quizzes and Challenges: Test your knowledge with interactive quizzes and challenges designed to reinforce learning. Earn certificates as you progress through the app.

Who Is It For?
Our app is perfect for students, educators, and science enthusiasts of all ages. Whether you're a high school student exploring advanced physics, a teacher looking for engaging classroom resources, or simply curious about the wonders of the universe, our app offers a comprehensive and captivating learning experience.

Download Now and Start Your Journey!
Don't miss out on this opportunity to deepen your understanding of general relativity and physics. Download our app today and embark on a journey through the fascinating world of Einstein's Train and beyond. Discover how a simple idea about riding in an train during a lightning storm can lead to big discoveries and helped to unravel the mysteries of the universe with our cutting-edge educational tool!

Available exclusively for iOS and tvOS devices.

Check out our new Augmented Reality Apps!

Giants of Math and Science Series:

Ada Lovelace • The First Coder
Albert Einstein • Theoretical Physicist
Archimedes • Mathematician • Inventor
Aristotle • Ancient Greek Philosopher
Blaise Pascal • Mathematician • Scientist • Philosopher
Bonaventura Cavalieri • Mathematician
Carl Gauss • Physicist, Mathematician, Astronomer
Ceclia Payne • Stellar Astronomer • Astrophysicist
Charles Darwin • The Science of Evolution
Chien-Shiung Wu • Particle Physicist
Dorothy Crowfoot Hodgkin • Biological Chemist
Ernest Rutherford • Nuclear Physicist
Euclid • The Father of Geometry
Galileo Galilei • The Father of Modern Science
Gregor Mendel • Botanist
Isaac Newton • Mathematician • Physics • Astronomy
James Clerk Maxwell • Physicist • Mathematician
Johannes Kepler • Astronomer • Mathematician
Leonard Fibonacci • Mathematician
Leonhard Euler • Mathematician
Lise Meitner • Nuclear Physicist
Louis Pasteur • Microbiologist • Chemist
Marie Curie • Physicist and Chemist
Michael Faraday • Chemist • Physicist
Nicolaus Copernicus • Astronomer
Pythagoras • Mathematician • Philosopher
Rachel Carson • Environmental Scientist
René Descartes • Philosopher & Mathematician
Rosalind Franklin • Chemist & Molecular Biologist
Sofia Kovalevskaya • Mathematician

 

Einsteins Elevator

Special features make using Einstein's Train fun:

1. Tap buttons to learn about an important thought experiment.

2. interesting concepts are presented using diagrams.

3. Tap the quiz icons to review and test what you've learned.

4. Read about some of the significant conepts at the core of general relativity..

5. Sound and synthetic speech effects make the interaction even more fun.

6. Available for Macintosh, iPad and Apple TV devices.

 app store

 

Available now for Apple TV and Macintosh

Bring the excitement of exploring the breakthroughs in General Relativity and the contributions made by Einstein's famous thought experiment to your classroom, computer lab or living room with the Apple TV version of the Einstein's Train app.

tvOS
 
$1.99
Now Available on the App Store.
Side Note: Albert Einstein and Kurt Gödel
 

In the mid-20th century, a fascinating and somewhat unsettling conversation took place between two of the greatest minds of the time: Albert Einstein and Kurt Gödel. The discussion centered around Gödel's concerns about the U.S. Constitution, which he studied meticulously when preparing for his U.S. citizenship exam. Gödel, famous for his incompleteness theorems in mathematical logic, had discovered what he believed to be a significant flaw in the Constitution—an internal logical inconsistency that, in theory, could lead to a dictatorship or fascism in the United States.

Einstein, who had befriended Gödel after they both fled Europe during World War II, found himself in a peculiar role. He accompanied Gödel to his citizenship interview, likely aware of his friend's tendency to dive deep into abstract logical concerns, which might derail the proceedings. During their discussion, Gödel confided in Einstein about his fear that the Constitution contained a loophole, allowing for its own self-destruction or for the legal rise of a dictatorship under certain conditions. The idea was rooted in Gödel's deep understanding of formal systems and his recognition that even seemingly robust systems could be undermined by internal contradictions.

Einstein reportedly tried to calm Gödel's anxieties, perhaps viewing the Constitution's real-world application as more resilient than Gödel's abstract concerns suggested. Nevertheless, Gödel's argument was not merely academic. He had observed the rise of fascism in Europe, and his warning carried a chilling weight, especially in the context of a world that had seen democratic institutions crumble under authoritarian pressures.

During the citizenship hearing, Einstein and the presiding judge reportedly had to steer the conversation away from Gödel's deep critique of the Constitution to ensure that his citizenship could proceed without a philosophical derailment. The discussion between Einstein and Gödel remains a fascinating window into the minds of two intellectual giants, one concerned with the abstract dangers of logical systems and the other with their pragmatic implications in the real world. It highlights how even the most robust democratic frameworks can be vulnerable to the kinds of logical inconsistencies Gödel dedicated his life to uncovering.