Regeneracy: meaning, definitions and examples
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regeneracy
[ rɪˈdʒɛnəresi ]
mathematics
Regeneracy refers to a condition in a mathematical system where the solutions are not unique. It often occurs in systems of equations or in geometric contexts where multiple configurations yield the same outcome. This concept is important for understanding the stability and behavior of various mathematical models.
Synonyms
degeneracy, non-uniqueness
Examples of usage
- The regeneracy of the equation resulted in multiple solutions.
- In geometry, a degeneracy can lead to overlapping shapes.
- Regeneracy plays a crucial role in linear algebra.
biology
In biology, regeneracy can refer to the ability of an organism to regrow certain parts, indicating a degree of developmental flexibility. This term is often used when discussing species that can regenerate limbs or other body parts, showcasing adaptive traits in response to injury.
Synonyms
Examples of usage
- The salamander shows remarkable regeneracy, regrowing its tail.
- Some species exhibit high levels of regeneracy after losing a limb.
- Regeneracy is often studied in the context of evolutionary biology.
Translations
Translations of the word "regeneracy" in other languages:
🇵🇹 regeneração
🇮🇳 पुनर्जनन
🇩🇪 Regeneration
🇮🇩 regenerasi
🇺🇦 регенерація
🇵🇱 regeneracja
🇯🇵 再生
🇫🇷 régénération
🇪🇸 regeneración
🇹🇷 rejenerasyon
🇰🇷 재생
🇸🇦 إعادة توليد
🇨🇿 regenerace
🇸🇰 regenerácia
🇨🇳 再生
🇸🇮 regeneracija
🇮🇸 endurnýjun
🇰🇿 регенерация
🇬🇪 რეგენერაცია
🇦🇿 bərpa
🇲🇽 regeneración
Etymology
The term 'regeneracy' is derived from the Latin 'regenerare,' which means 'to regenerate.' The prefix 're-' implies a repetition or return to a state, while 'generare' relates to production or creation. Historically, the term has been associated with various fields including mathematics and biology. In mathematics, it was adopted to describe situations where solutions converge or overlap, highlighting a lack of uniqueness. In biology, it came to symbolize the remarkable capabilities certain organisms possess to regrow lost body parts. The evolution of the term has allowed it to cross disciplinary boundaries while maintaining its core idea of renewal and non-uniqueness.