Morse potential

Summary

Morse potential is a mathematical model^[1]. It draws 199 Wikipedia views per month (mathematical_model category, ranking #22 of 75).^[2]

Key Facts

• Morse potential's image is recorded as Morse-potential.svg^[3].
• Morse potential's instance of is recorded as mathematical model^[4].
• Philip M. Morse is named after Morse potential^[5].
• Morse potential's Freebase ID is recorded as /m/039cgl^[6].
• Morse potential's defining formula is recorded as V(r) = D_e ( 1-e^{-a(r-r_e)} )^2^[7].
• Morse potential's studied by is recorded as physics^[8].
• Morse potential's JSTOR topic ID is recorded as morse-potential^[9].
• Morse potential's nLab ID is recorded as Morse potential^[10].
• Morse potential's IUPAC Gold Book ID is recorded as MT07073^[11].
• Morse potential's maintained by WikiProject is recorded as WikiProject Mathematics^[12].
• Morse potential's Microsoft Academic ID is recorded as 2775961149^[13].
• Morse potential's OpenAlex ID is recorded as C2775961149^[14].
• Morse potential's ScienceDirect topic ID is recorded as chemistry/morse-potential^[15].

Body

Designation and Status

Morse potential's instance of is recorded as mathematical model^[4].

History and Context

Philip M. Morse is named after Morse potential^[5].

Why It Matters

Morse potential draws 199 Wikipedia views per month (mathematical_model category, ranking #22 of 75).^[2] It has Wikipedia articles in 15 language editions, a strong signal of global cultural recognition.^[16] It is known by 5 alternative names across languages and contexts.^[17]