2023 第十五屆TYPT references*
| No. | Problem | Title | Link |
| 1 | Fractal Fingers | Simulation of Dendritic Painting | click |
| 1 | Fractal Fingers | The instability of long fingers in Hele–Shaw flows | click |
| 1 | Fractal Fingers | Spontaneous fingering between miscible fluids | click |
| 1 | Fractal Fingers | Scaling properties of viscous fingering | click |
| 1 | Fractal Fingers | Nonlinear unstable viscour fingers | click |
| 1 | Fractal Fingers | Fractal dimension and unscreened angles measured for radial viscous fingering | click |
| 1 | Fractal Fingers | Hele-Shaw flow_Wiki | click |
| 2 | Oscillation sphere | A slowly rotating hollow sphere in a magnetic field: First steps to de-spin a space object | click |
| 2 | Oscillation sphere | Eddy current brake | click |
| 2 | Oscillation sphere | Eddy current (wiki) | click |
| 2 | Oscillation sphere | Eddy current (exploratorium) | click |
| 3 | Siren | Simple siren disc demonstration //. Homemade Science with Bruce Yeany | click |
| 3 | Siren | Vortex shedding model of a flapping flag | click |
| 3 | Fractal Fingers | Sci-fi sound | click |
| 3 | Siren | Flow-induced vibrations of high mass ratio flexible filaments freely hanging in a flow | click |
| 3 | Siren | Theory of Vortex Sound | click |
| 3 | Siren | Vortex-induced travelling waves along a cable | click |
| 3 | Siren | “Cutting the air” | click |
| 3 | Siren | Singing Corrugated Pipes | click |
| 3 | Siren | VORTEX-INDUCED VIBRATIONS | click |
| 3 | Siren | VORTEX SHEDDING FROM OSCILLATING BLUFF BODIES | click |
| 3 | Siren | Effect of the Motion of the Air icithin an Auditorium upon its Acoustic Qualities. | click |
| 3 | Siren | Lord Rayleigh's Acoustical Observations. | click |
| 4 | Coloured Line | A compact disc under skimming light rays | click |
| 4 | Coloured Line | CaYPT: Problem 4 | click |
| 4 | Coloured Line | Diffraction on a CD — Collection of Experiments | click |
| 4 | Coloured Line | USING CDs AND DVDs AS DIFFRACTION GRATINGS | click |
| 4 | Coloured Line | The compact disc as a diffraction grating | click |
| 5 | Whistling Mesh | mesh whistle video | click |
| 5 | Whistling Mesh | Physics of whistles | click |
| 5 | Whistling Mesh | Physically based models for liquid sounds | click |
| 5 | Whistling Mesh | Noise Generation of Air Bubbles in Water: An Experimental Study of Creation and Splitting | click |
| 5 | Whistling Mesh | “Filling up a bottle” | click |
| 5 | Whistling Mesh | The acoustic resonance of rectangular and cylindrical cavities | click |
| 5 | Whistling Mesh | Splashes as Sources of Sound in Liquids | click |
| 6 | Magnetic-Mechanical Oscillator | The Magneto-Mechanical Harmonic Oscillator | click |
| 6 | Magnetic-Mechanical Oscillator | Nonlinear dynamics of new magneto-mechanical oscillator | click |
| 6 | Magnetic-Mechanical Oscillator | Magnetically coupled magnet–spring oscillators | click |
| 8 | Euler’s Pendulum | Study of magnetic force between the two magnets for the torque and speed evaluations of rim-driven motor | click |
| 8 | Euler’s Pendulum | The mysterious spinning cylinder—Rigid-body motion that is full of surprises | click |
| 8 | Euler’s Pendulum | Magnetic force | click |
| 8 | Euler’s Pendulum | Force between two magnets | click |
| 8 | Euler’s Pendulum | Euler’s disk and its finite-time singularity | click |
| 8 | Euler’s Pendulum | Rolling and slipping motion of Euler’s disk | click |
| 9 | Oscillating Screw | Analysis of pole acceleration in spatial motions by the generalization of pole changing velocity | click |
| 9 | Oscillating Screw | The motion of rigid bodies | click |
| 9 | Oscillating Screw | Analyzing Rolling Motion | click |
| 9 | Oscillating Screw | IYPT 2023 Problem 9 Oscillating Screw Explanation | click |
| 9 | Oscillating Screw | Oscillating Screw (IYPT 2023) | click |
| 9 | Oscillating Screw | Problem 9: Oscillating Screw | click |
| 9 | Oscillating Screw | Rolling Cones, Closed Attitude Trajectories, and Attitude Reconstruction | click |
| 11 | Ball on Ferrite Rod | Ball on Ferrite Rod (IYPT 2023) | click |
| 11 | Ball on Ferrite Rod | Some properties of the circular waveguide with azimuthally magnetized ferrite | click |
| 11 | Ball on Ferrite Rod | Radiated Magnetic Field of a Low-Frequency Ferrite Rod Antenna | click |
| 11 | Ball on Ferrite Rod | Magnetic and Magnetostrictive Characterization and Modeling of High Strength Steel | click |
| 12 | Rice Kettlebells | Anomalous density dependence of static friction in sand | click |
| 12 | Rice Kettlebells | Science At Play: Friction Rice | click |
| 12 | Rice Kettlebells | forum articles (1) | click |
| 12 | Rice Kettlebells | forum articles (2) | click |
| 12 | Rice Kettlebells | 用探測棒研究顆粒堆中的最大靜摩擦力 | click |
| 12 | Rice Kettlebells | 小筒倉內顆粒中探測棒受到的最大靜摩擦力 | click |
| 13 | Ponyo’s Heat Tube | Ponyo’s Heat Tube (IYPT 2023) | click |
| 13 | Ponyo’s Heat Tube | 13 Ponyo’s Heat Tube | click |
| 13 | Ponyo’s Heat Tube | pop pop boat | click |
| 13 | Ponyo’s Heat Tube | relaxation oscillation | click |
| 13 | Ponyo’s Heat Tube | Make a Ponyo boat | click |
| 13 | Ponyo’s Heat Tube | Pool Boiling Curve | click |
| 15 | Pancake Rotation | The rotation-reptation transition under broken rotational symmetry | click |
| 15 | Pancake Rotation | Swirling granular solidlike clusters | click |
| 15 | Pancake Rotation | Packing in the Spheres | click |
| 15 | Pancake Rotation | Geometric frustration induces the transition between rotation and counterrotation in swirled granular media | click |
*註1：本資料目前包含第十五屆12題TYPT選題（未含非TYPT選題）之收集文獻，若有任何可補足的資料，歡迎各位幫忙提供，以使資料更為完善。
註2：部分資料需授權使用，主辦單位將無法提供連結，若有問題請聯絡主辦單位