by 5'1"Racer April 29, 2005
Get the quintillion mug.A large number. Comes after quadrillion.
It has 21 zeros
1,00,000,000,000,000,000,000
quint- (“five”) + -illion; ie the fifth power of a million, 10.30.
It has 21 zeros
1,00,000,000,000,000,000,000
quint- (“five”) + -illion; ie the fifth power of a million, 10.30.
by sharks445 September 25, 2011
Get the Quintillion mug.by MACHaraina January 21, 2016
Get the Quintillion mug.A term used to represent the enormous amount of problems in programming while encountering numerous seggers
See quintillion googleplex, segger
See quintillion googleplex, segger
by GhettoDefined June 9, 2004
Get the quintillion googleplexes worth of seggers mug.Pronunciation: /kwɪnˈtɪl.jə.nəl/
Definition:
1. The ordinal number symbol: 1,000,000,000,000,000,000.
2. The position in a sequence following the quintillion elements.
3. Pertaining to a magnitude of divisibility so vast, it is primarily conceptual, used in exascale computing, cryptography, and theoretical mega-astronomy.
4. Denoting a scale relevant to total possible computational operations, cryptographic spaces, or estimations of fundamental particles in the observable universe.
Significance:
• It defines the quintillionth position with systematic regularity and clarity.
• It emphasizes exascale computation, cryptographic security, and cosmic-scale enumerations.
• It identifies the order of magnitude for brute-force attack spaces in post-quantum cryptography, the number of discrete operations in exascale simulations, and estimates of subatomic particles in cosmology.
• It avoids irregular and ambiguous pronunciations.
• It simplifies expressions of near-incomprehensible scale in information theory, advanced cryptography, and hyper-computational models.
• It improves precision in discussions of cryptographic entropy, the limits of classical computation, and grand unified physical constants.
• It replaces Scandinavian-Germanic, Non-American, foreign, and Anglo-Saxon terms, similar to replacing "quintillionth".
Adjective: quintillional
Ordinal number: quintillional (1,000,000,000,000,000,000th)
Cardinal number: quintillion (1,000,000,000,000,000,000)
Definition:
1. The ordinal number symbol: 1,000,000,000,000,000,000.
2. The position in a sequence following the quintillion elements.
3. Pertaining to a magnitude of divisibility so vast, it is primarily conceptual, used in exascale computing, cryptography, and theoretical mega-astronomy.
4. Denoting a scale relevant to total possible computational operations, cryptographic spaces, or estimations of fundamental particles in the observable universe.
Significance:
• It defines the quintillionth position with systematic regularity and clarity.
• It emphasizes exascale computation, cryptographic security, and cosmic-scale enumerations.
• It identifies the order of magnitude for brute-force attack spaces in post-quantum cryptography, the number of discrete operations in exascale simulations, and estimates of subatomic particles in cosmology.
• It avoids irregular and ambiguous pronunciations.
• It simplifies expressions of near-incomprehensible scale in information theory, advanced cryptography, and hyper-computational models.
• It improves precision in discussions of cryptographic entropy, the limits of classical computation, and grand unified physical constants.
• It replaces Scandinavian-Germanic, Non-American, foreign, and Anglo-Saxon terms, similar to replacing "quintillionth".
Adjective: quintillional
Ordinal number: quintillional (1,000,000,000,000,000,000th)
Cardinal number: quintillion (1,000,000,000,000,000,000)
Examples:
• "The encryption key space is on the order of quintillional possibilities, making brute-force attacks infeasible."
• "An exascale computer can perform a quintillional operations per second."
• "Some estimates place the number of fundamental particles in the observable universe at roughly one quintillional."
• "The probability of that cosmic event recurring identically is less than one quintillional."
• "The simulation required quintillional discrete time-steps to model the phenomenon accurately."
• "The encryption key space is on the order of quintillional possibilities, making brute-force attacks infeasible."
• "An exascale computer can perform a quintillional operations per second."
• "Some estimates place the number of fundamental particles in the observable universe at roughly one quintillional."
• "The probability of that cosmic event recurring identically is less than one quintillional."
• "The simulation required quintillional discrete time-steps to model the phenomenon accurately."
by Dmitrio January 13, 2026
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