Balancing Objects: Quantum Rod, Tipping Rod & Quantum Pencil

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    Quantum Rod
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SUMMARY

The discussion centers on the balancing problems associated with quantum objects, specifically the quantum rod, tipping rod, balancing pencil, and quantum pencil. Participants seek academic papers that address these concepts, referencing notable works such as O. Parrikar's article in the European Journal of Physics (2010), D. Easton's paper (2007), and M.r.A. Shegelski et al.'s study in the American Journal of Physics (2005). The conversation highlights the challenge of locating these resources despite their academic significance.

PREREQUISITES
  • Understanding of classical mechanics and stability principles
  • Familiarity with quantum mechanics concepts
  • Knowledge of academic research methodologies
  • Ability to access and interpret scientific journals
NEXT STEPS
  • Read O. Parrikar's paper in the European Journal of Physics, v.31, p.317 (2010)
  • Explore D. Easton's research in the European Journal of Physics, v.28, p.1097 (2007)
  • Investigate M.r.A. Shegelski et al.'s findings in the American Journal of Physics, v.73, p.686 (2005)
  • Research additional literature on quantum stability and balancing problems
USEFUL FOR

Researchers, physicists, and students interested in quantum mechanics and stability analysis, particularly those focusing on the dynamics of balancing objects in quantum systems.

jackdamiels
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Anybody know , where can I read some paper about problem which is known by: quantum rod, tipping rod, balancing pencil, quantum pencil. Thanks in advanced.
 
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jackdamiels said:
Anybody know , where can I read some paper about problem which is known by: quantum rod, tipping rod, balancing pencil, quantum pencil. Thanks in advanced.

[1] O. Parrikar, Eur. J. Phys. v.31, p.317 (2010).
[2] D. Easton, Eur. J. Phys. v.28, p.1097 (2007).
[3] M.r.A. Shegelski et al., Am. J. Phys. v.73, p.686 (2005).

Zz.
 
Gratitude for this resorces. And now the worst part, finding this papers:)
 

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