- Kills
- 52
- +0 in the last 90 days
- Losses
- 127
- +0 in the last 90 days
- Efficiency
- ISK Efficiency 63%
- ISK destroyed
- 21.12B
- +0 in the last 90 days
- Activity
- Inactive
- 0 kills/day · last 90 days
Combat Record
Career-long numbers from eve-kill
Combat
- Kills
- 52
- Losses
- 127
- Danger Ratio
- 91%
- Final Blows
- 20
- Points
- 52
ISK
- Destroyed
- 21.12B
- Lost
- 12.64B
- Balance
- +8.48B
- ISK Efficiency
- 63%
Solo
- Solo Kills
- 5
- Solo Ratio
- 10%
- Avg Kills/Day
- —
Other
- NPC Losses
- 12
- NPC Loss Ratio
- 9%
- Activity
- Inactive
Activity
What the corporation flies, where it fights, latest kills and losses
Most Valuable
The priciest kills in the window
Matchups
Who they kill, who kills them, what they lose
Last 90d
Killed
Killed By
Hulls LostLosses broken down by hull class.
Battles
Engagements in the selected window, from our own killmail archive
Description
The Einstein-Rosen Bridge
In 1916 Einstein first introduced his general theory of relativity, a theory which to this day remains the standard model for gravitation. Twenty years later, he and his long-time collaborator Nathan Rosen published a paper showing that implicit in the general relativity formalism is a curved-space structure that can join two distant regions of space-time through a tunnel-like curved spatial shortcut.
The Einstein-Rosen Bridge is based on generally relativity and work done by Schwarzschild in solving Einstein’s equations; one of the solutions to these equations was the prediction of black holes
The relativistic description of black holes requires wormholes at their centers. These wormholes, called Einstein-Rosen bridges after Einstein and his collaborator Nathan Rosen, seem to connect the center of a black hole with a mirror universe on the "other side" of spacetime
In 1916 Einstein first introduced his general theory of relativity, a theory which to this day remains the standard model for gravitation. Twenty years later, he and his long-time collaborator Nathan Rosen published a paper showing that implicit in the general relativity formalism is a curved-space structure that can join two distant regions of space-time through a tunnel-like curved spatial shortcut.
The Einstein-Rosen Bridge is based on generally relativity and work done by Schwarzschild in solving Einstein’s equations; one of the solutions to these equations was the prediction of black holes
The relativistic description of black holes requires wormholes at their centers. These wormholes, called Einstein-Rosen bridges after Einstein and his collaborator Nathan Rosen, seem to connect the center of a black hole with a mirror universe on the "other side" of spacetime