I am pleased to share my recent paper,
"Utilization of Bohr's
Theory of Hydrogen to Helium Atom," published in the International Journal of Current
Science (Vol 16, Issue 3 ,2026).
Can we push the historical Bohr Model
beyond the boundaries of Hydrogen?
While the traditional Bohr model works
brilliantly for the hydrogen atom, it famously breaks down when applied to
multi-electron systems like Helium. In my latest research paper recently
published in the International
Journal of Current Science, I revisit this foundational physics
problem!
By incorporating relativistic
corrections for the incredibly high speed of orbital electrons and proposing a
novel framework of "hyper-excitation"
(where two electrons jump orbits simultaneously), this approach successfully
calculates the precise spectral energy levels of Helium.
ஹைட்ரஜன் அணுவிற்குப்
பயன்படுத்தப்பட்ட போரின்
அணு மாதிரியை
(Bohr's Atom Model) ஹீலியம்
போன்ற பல
எலக்ட்ரான் அமைப்புகளுக்கும்
நீட்டிக்க முடியுமா?
எலக்ட்ரான்களின் சார்பியல்
திணிவு மாற்றங்களையும்
(Relativistic corrections), ஒரே
நேரத்தில் இரு
எலக்ட்ரான்கள் தாவி நிலை மாற்றம் பெறும் மீநிலைக்
கிளர்ச்சி (Hyper-excitation) கோட்பாட்டையும்
கொண்டு ஹீலியத்தின்
ஆற்றல் நிலைகளைக்
கணக்கிடும் எனது
புதிய ஆய்வுக்
கட்டுரை தற்போது
வெளியாகியுள்ளது.
·
Scaling Bohr’s Semi-Classical Atomic Framework
to Multi-Electron Systems via Relativistic Correction and Orbit Coupling.
This work addresses the long-standing
limitation of the classic Bohr model by integrating relativistic mass variations
directly into the kinematics of orbital electrons moving at high velocities .The
key novel concepts introduced are
1. Mass-Energy Redistribution: Mapping how potential energy transitions into a
localized relativistic mass increase during atomic binding.
2. Hyper-Excitation &
Hyper-De-Excitation: Proposing simultaneous
two-electron state transitions to account for electron-electron interactions
without relying on complex multi-dimensional calculus.
3. Half-Half Mixing of States: A geometric framework utilized to accurately predict the
observed spectral line transitions of Helium.
This optimized approach bridges the
pedagogical gap between classical Newtonian mechanics and advanced quantum wave
equations, maintaining an intuitive physical model of the bound system. I
welcome feedback and discussions from fellow physicists, researchers, and students
in quantum mechanics and chemical physics.
Access
the full text and metrics here:
·
ResearchGate: ResearchGate Publication
URL
·
Analytical
Review: Dr. M. Meyyappan
Blog Presentation
Read the full open-access review and paper details here: Creative Thoughts Blog Link ResearchGate Publication Link