All Stories

  1. From beats to wave packets: An AI-assisted, smartphone-based inquiry into acoustic superposition
  2. Verification of Malus’s law using recycled mobile-phone Polaroids, ring magnets, and a smartphone camera sensor
  3. Investigating wireless power transfer using a homemade pickup coil and a Qi wireless charger
  4. Tracking uniformly accelerated motion using a smartphone magnetometer: a low-cost investigation based on time-derivative analysis of magnetic field data
  5. Experimental and Theoretical Investigation of Water Jet Trajectories: Deviations from Torricelli’s Theorem and the Role of Viscous Effects
  6. When Instruments Matter: Exposing Hidden Resistances in RC Circuits Using a Smartphone-Powered Method
  7. A hands-on activity for exploring temperature measurement and Newton’s law of cooling with a low-cost thermistor
  8. Exploring blackbody radiation using RGB measurements from an iPhone 12 Pro Max camera
  9. Measuring Young’s modulus with a smartphone: a cantilever beam experiment using FFT analysis
  10. Exploring AC and electronic light flicker using a smartphone camera
  11. The mystery of the green spot: Thin-film interference inside a smartphone camera
  12. Verification of Snell’s law using digital photography and laser light
  13. Measurement of human reaction time using a smartphone camera stopwatch and video analysis
  14. Time-domain verification of Ohm’s law using a fixed resistor in an RC circuit
  15. Jet-stream-sculpted cirrus clouds over the Western Himalayas
  16. Comparative Statistical Detection of Ionospheric GPS-TEC Anomalies Associated with the 2021 Haiti and 2022 Cyprus Earthquakes
  17. An AI-supported classroom investigation of energy loss and the coefficient of restitution
  18. Proposal of a Novel and Simple Method for Low-Resistance Thermometry
  19. Exploring the harmonics of a heavy metal tone using ChatGPT and Phyphox: An AI-assisted classroom approach
  20. From the Large Hadron Collider to the Classroom: Inspiring Students through the CERN HST2025 Programme
  21. Integrating space weather into secondary physics: insights from the Mother’s Day solar storm of 2024
  22. Investigating damping and collision dynamics in a two-ball Newton’s cradle using a smartphone sound sensor
  23. When sunlight meets spray: The Jet d’Eau rainbow
  24. Investigation of Lower Ionospheric Perturbations Associated with the 7 October 2021 Tokyo Earthquake Using VLF Propagation and LWPC Modelling
  25. Students’ Understanding of Sidereal and Tropical Years and Axial Precession: A Pre- and Post-Instruction Study
  26. Innovative Approaches for Learning Electrical Concepts in Physics
  27. A simple classroom experiment to determine the refractive index of water with smartphone-based observations
  28. A comparative study of two methods of determining the Young’s modulus of the material of a cantilever bar by smartphone photography
  29. Exploring surface tension using Kelvin’s equation and smartphone videography
  30. A simple method of demonstration of characteristics of rainbows using a glass of water and a few laser sources
  31. Introducing Molar Conductance at Infinite Dilution: A Basic Electrochemistry Experiment
  32. The impact of prism angle on minimum deviation: A smartphone-based analysis
  33. Global Response of Vertical Total Electron Content to Mother’s Day G5 Geomagnetic Storm of May 2024: Insights from IGS and GIM Observations
  34. A simple and innovative method for measurement of atmospheric pressure
  35. Exploring refractive indices and lateral ray shifts using smartphone photography: An innovative educational approach
  36. Determining viscosity of a liquid with smartphone sensors: A classroom-friendly approach using damped oscillations
  37. Optical Illusion: Capturing Light Interactions via a Semi-reflective Glass Window
  38. Use of a smartphone as a density-measuring device
  39. Demonstration of Magnetic Dipole–Dipole Interaction Using a Smartphone Pressure Sensor
  40. A smartphone-based simple method for determination of the permeability of free space
  41. Determination of the Acceleration due to Gravity by Studying the Magnet’s Motion Through a Conducting Pipe
  42. Study of the effect of electromagnetic damping force on a magnet oscillating near a non-ferromagnetic conducting plate
  43. Experimental Determination of the Transverse Width and Position of the Virtual Images Produced by Thin Lenses and a Plane Mirror with Smartphone Photography
  44. Smartphone-based measurement of magnetic force and demonstration of Newton’s third law of motion
  45. LiDAR-Based Determination of Spring Constant Using Smartphones
  46. Determination of the magnetic moment of a magnet by letting it fall through a conducting pipe
  47. An accurate determination of the refractive indices of water and glass by smartphone photography
  48. Determination of the Transverse Width and Distance of an Object with a Smartphone Camera