1.86
Moara Veykja-Frrn
3d ago
Sep 21, 2013(12y)
Sep 21, 2026(157d)
Combat
Kills3
Losses13
Efficiency19%
ISK
Destroyed43.70m
Lost531.01m
ISK Eff.8%
Solo
Solo Kills1
Solo Ratio33%
Final Blows2
Points3
Other
NPC Losses1
NPC Loss Ratio8%
Avg Kills/Day0.00
ActivityInactive
Minmatar
Brutor
1.86
Moara Veykja-Frrn
Last Active
3d ago
Birthday
Sep 21, 2013 (12 years old)
Next Birthday
Sep 21, 2026 (157 days)
Combat
Kills3
Losses13
Efficiency19%
Danger Ratio92%
ISK
Destroyed43.70m
Lost531.01m
ISK Efficiency8%
Balance-487306519
Solo
Solo Kills1
Solo Ratio33%
Final Blows2
Points3
Other
NPC Losses1
NPC Loss Ratio8%
Avg Kills/Day0.00
ActivityInactive
No data available
Bio
The Planck Temperature is widely considered the highest theoretically possible temperature in the universe, valued at approximately 1.42 \xd7 10\xb3\xb2 Kelvin (or 142 nonillion K). This limit, often called "absolute hot," represents the point where current physical theories, including quantum mechanics and general relativity, break down because gravitational forces become so strong they could theoretically create black holes from energy alone.
However, there is no universal maximum temperature in classical thermodynamics, as temperature is a measure of average kinetic energy, which can theoretically increase toward infinity as particles approach the speed of light. The highest temperature ever recorded in a controlled environment is 4 trillion degrees Celsius (approx. 4.5 trillion Kelvin), achieved in the Large Hadron Collider during gold particle collisions.
Theoretical Limit: ~1.42 \xd7 10\xb3\xb2 K (Planck Temperature), beyond which spacetime physics is undefined.
Highest Recorded: ~4 \xd7 10\xb9\xb2 K (Large Hadron Collider, 2012).
Cosmic History: The universe likely reached ~10\xb2⁷ K shortly after the Big Bang, several orders of magnitude below the Planck limit.
2019 stuff:
-------------
I draw for ISK :) Say what you want - Pay what do you think its worth !
All the Art *last drawing top
2013 Stuff:
-----------
None
However, there is no universal maximum temperature in classical thermodynamics, as temperature is a measure of average kinetic energy, which can theoretically increase toward infinity as particles approach the speed of light. The highest temperature ever recorded in a controlled environment is 4 trillion degrees Celsius (approx. 4.5 trillion Kelvin), achieved in the Large Hadron Collider during gold particle collisions.
Theoretical Limit: ~1.42 \xd7 10\xb3\xb2 K (Planck Temperature), beyond which spacetime physics is undefined.
Highest Recorded: ~4 \xd7 10\xb9\xb2 K (Large Hadron Collider, 2012).
Cosmic History: The universe likely reached ~10\xb2⁷ K shortly after the Big Bang, several orders of magnitude below the Planck limit.
2019 stuff:
-------------
I draw for ISK :) Say what you want - Pay what do you think its worth !
All the Art *last drawing top
2013 Stuff:
-----------
None
Dashboard
Stats
Kills0
Losses2
Efficiency0%
ISK Destroyed0
ISK Lost48.80m
ISK Efficiency0%
Solo Kills0
Solo Losses2
NPC Losses0
Blob Factor0
Active TimezoneUSTZ
Final Blows0
Points0
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