Have you ever imagined turning your smartphone into a versatile scientific laboratory? The phyphox app makes this possible by harnessing the built-in sensors of your device to conduct a wide range of experiments. Whether you're a student, teacher, or science enthusiast, phyphox transforms your phone into a powerful tool for exploring the physical world around you.

The magic behind phyphox lies in its ability to access a variety of sensors embedded in your smartphone. From the accelerometer to the magnetometer, and even the gyroscope, the app taps into the core functionalities that allow you to measure acceleration, magnetic fields, sound, and light intensity. Imagine using your phone as a pendulum to detect Earth's gravitational acceleration or as a sonar device to map surrounding objects—these are just a few of the incredible experiments you can perform.

Supported sensors include:

• Accelerometer
• Magnetometer
• Gyroscope
• Light intensity
• Pressure
• Microphone
• Proximity
• GPS

Note that not all sensors are available on every device, but the app provides a flexible interface to explore the ones you have access to.

One of the standout features of phyphox is its user-friendly design. You don’t need to be a scientist to start experimenting—simply select from a collection of pre-defined experiments and press play! The app offers clear, step-by-step instructions, making it accessible for beginners and students alike. Despite its simplicity, phyphox supports complex analysis techniques such as Fourier transforms and cross-correlation, thanks to its extensive toolbox of analysis functions.

Want to customize your experiments? The app and its online web editor allow you to create personalized experiment workflows by selecting sensor inputs, defining analysis steps, and designing interfaces to visualize your data. This flexibility empowers users to tailor experiments to their specific curiosity or educational needs.

phyphox supports exporting your raw and processed data in multiple formats, including CSV (both comma and tab-separated) and Excel. This makes it straightforward to analyze your data further using your preferred software or share your findings with others.

Another innovative feature is the ability to control and monitor experiments remotely via a web interface. Using any PC on the same network, you can load your experiments, start, and observe data in real time—all without installing additional software. Requires only a modern web browser, making the process seamless and accessible from any location.

The app requests minimal permissions, which are only activated when needed—such as Internet for online resources, Bluetooth for external sensors, or camera for QR code scans. All data transmissions are solely for experiment loading or remote control functions, respecting your privacy and security.

A major strength of phyphox is its active community. Users worldwide share their custom experiments and discoveries, creating a dynamic landscape for learning and innovation. Whether you're exploring gravitational acceleration, magnetism, or sound waves, you'll find inspiration and support from fellow experimenters.

The developers continuously update the app, adding new features based on user feedback. This ongoing improvement ensures that phyphox remains at the forefront of mobile scientific exploration, making it an indispensable tool for curious minds.

If you've ever wondered whether your phone could do more than just take photos or send messages, phyphox offers an exciting answer. It combines accessibility, versatility, and depth, allowing anyone to dive into scientific experiments with ease. From measuring Earth's gravity to exploring electromagnetic fields, this app unlocks the hidden potential of your device.

Perfect for students, educators, hobbyists, or anyone eager to learn about the physical phenomena around them, phyphox turns your smartphone into a mini laboratory. So why not give it a try? Discover the scientist within you and explore the fascinating world of physics through the lens of your own device.