Study of the Charged Fullerene Molecule with Single Spin Electrons

Through this work, we were able to study the movement of the fullerene molecule charged with electrons with a definite spin. After analysing the obtained results, we concluded that the fullerene molecules charged with electrons, whether with a lower spin or with an upper spin, decrease their path length and their maximum velocity as their charge increases. The fullerene molecules charged with lower spin electrons have a longer path than the fullerene molecules charged with upper spin electrons. We also found that the fullerene molecules charged with lower spin electrons are faster than the fullerene molecules charged with upper spin electrons.

• electron spin
• fullerene molecules
• charged particles
• path length
• peak velocity

• Fullerene Chemistry and Applications
• Atomic and Molecular Physics
• Electron and X-Ray Spectroscopy Techniques
• electron spin
• fullerene molecules
• charged particles
• path length
• peak velocity
• Organic Chemistry
• Atomic and Molecular Physics, and Optics
• Surfaces, Coatings and Films
• Chemistry
• Physics and Astronomy
• Materials Science