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Discover the intriguing connections between physics and art, from diffraction patterns to electromagnetic fields. Explore similar patterns and inspirations shared between the two disciplines. Use these connections to make the classroom more engaging and facilitate learning.
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Where are the connections? • Where are my connections?
Where are the connections? • Art in physics • Physics in art • Similar patterns in physics and art
1. Art in physics • Patterns, patterns, patterns……. Diffraction, interference, turbulent flow, shockwaves, absorption and emission spectra, collions pictures from LEP, cloud and bubble chamber pictures…… Electrostatic and magnetic fields (see later3-D MODELS) • The beauty is always there!!
2. Physics in art • The theory of diffraction in the work of the ‘pointillism’ painters. (The role of the observer!! Colors change with the distance of the observer to the painting); Manet, Seurat… • Strange equilibrium in some sculptures; Caesare • Oscillations, standing waves; S. Van Aerschot • Archimedes’ law; V. Janssen, S. Van Aerschot • Attraction and repulsions with magnets/electromagnets; Takis, B.Gray… • Fluiddynamics; Riley • Aerodynamics; Panamarenko • ............
3. Similar patterns between physics and art • Sometimes a scientist is inspired by arts e.g. Scientist/engineers kinetic art e.g. Lorenzo Cimadevila Margarita, A. Calder • Sometimes an artist is inspired by sciences Panamarenko • Coincidence in similarity? Diffractionpatterns Vasarely Emission/absorptionspectraRothko Collisionpatterns Art Robotica …..
My work • 3- D Magnetic and Electrostatic Field Pattern Models Birth: 1994 Expected lifetime: a schoolcarreer?? • 3- D Diffraction, interference patterns • Paintings of light diffraction patterns • New work inspirated by the HST program
Use? • Use 1: to make the classroom more attractive, artfull, alive…. • Use 2: as a break after doing measurements s.a. tracking fieldlines by measuring the voltage between different elektrodes; playing with clay and wire, & being creative and inventive • Use 3: while doing exercises pupils can take the models and find out more easily how to draw some vectors (excersises with the Lorentz-force) • Use 4: As an extra help to memorize.
Can fyslets replace them? • Yes, for the visual apect. • No, for the physical contact!!! Feeling Touching Holding Hugging Squeezing ….. (with another magnet of course)
Bubble chamber pictures I hope the pictures will keep on bubbling my inspiration and creativity! THANK YOU Gron!!
The discovery of anti-Ω particles
The discovery of neutral particles