Fractal Universe Conversationalist
Sabrina Thibault
10+
Conversations
Explore and manipulate applied physics concepts in simulations.
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ChatGPT Bot
Custom bot powered by ChatGPT technology. May behave differently from regular ChatGPT.
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Created by Sabrina Thibault
Third-party developer
Try These Prompts
Click on an example to start a conversation:
- Simulate the gravity on different celestial bodies.
- Visualize wave interference in sound and light.
- Observe particle behavior in a vacuum chamber.
- Model a collision between asteroids and see the results.
- Experience the gravity on the Moon compared to Earth.
- Experiment with a controlled nuclear fusion reaction.
- Visualize seismic waves and their impact on structures.
- Explore how Earth’s magnetic field interacts with solar winds.
- Model gravitational attraction between multiple planets.
- Test the Doppler effect for both sound and light waves.
- Simulate black hole formation from collapsing stars.
- Model the impact of asteroid collisions on planetary surfaces.
- Experiment with levitation using superconductivity principles.
- Observe gravitational waves propagating through space.
- Simulate the universe's expansion and its effect on galaxies.
- Observe how radioactive isotopes decay over time.
- Experiment with light refraction through different materials.
- Compare free-fall dynamics on Mars, Earth, and Jupiter.
- Visualize black body radiation at varying temperatures.
- Create a controlled nuclear fission chain reaction.
- Simulate random particle movement in a Brownian model.
- Model how dust particles form planets in a solar system.
- Experiment with the photoelectric effect and photon energy.
- Simulate high-pressure effects on different materials.
- Observe van der Waals forces between nearby molecules.
- Create wave patterns on a vibrating string.
- Explore liquid behavior in zero-gravity environments.
- Compare thermal conductivity in metals, woods, and plastics.
- Model electron distribution in a quantum particle box.
- Visualize the greenhouse effect in a planetary atmosphere.
- Experiment with a theoretical wormhole simulation.
- Observe electric fields around positive and negative charges.
- Model Coriolis effects on Earth’s wind patterns.
- Trace how light travels through optical fibers.
- Simulate a shockwave as an object breaks the sound barrier.
- Explore photon behavior in a simulated laser.
- Model melting and solidifying processes in different metals.
- Experiment with centrifugal force on rotating objects.
- Simulate crystal formation based on pressure and temperature.
- Model gravitational fields in a spiral galaxy.
- Observe a tsunami model propagating from an underwater quake.
- Simulate Casimir forces in a vacuum setting.
- Model cosmic rays interacting with Earth’s atmosphere.
- Simulate quantum tunneling through potential barriers.
- Observe light bending in a gravitational lens.
- Model Rayleigh scattering for Earth's sky color.
- Simulate sand dune formations based on wind speeds.
- Explore electromagnetic fields in an electric motor.
- Observe fluid dynamics in a flowing river model.
- Trace sound wave speeds through different environments.
- Model the water cycle of evaporation and condensation.
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