Peculiar Materials

This is a collection of data obtained from analysis of peculiar debris and ruins in locations and pockets affected by a Warp Matrix Convergence. The data is highly complex and gives only a partial picture of these strange phenomena, but seems to show that paradoxical pockets of spacetime have been formed at the confluence of "knots" of spacetime. These knots are apparently made up of innumerable filaments drawn from many different spatiotemporal locations. The unusual source and nature of this data makes it valuable for researchers and scientists across New Eden.

This component contains particles in the "strange matter" phase state arranged in a certain configuration. The component itself uses unusual materials but seems to be a standard unit, with obvious power and data inputs and outputs that make it possible to use it with spacetime conduit technology Oddly enough, these strange matter components each show signs of originating from radically different spatiotemporal locations, suggesting they have travelled through some form of spacetime transport. The simplest explanation could indeed be that these devices are used in such a transport system. Several of these components arranged in a certain sequence may be the key to locating specific regions or pockets of spacetime accessible using filament FTL transport systems.

This component contains particles in the "strange matter" phase state arranged in a certain configuration. The component itself uses unusual materials but seems to be a standard unit, with obvious power and data inputs and outputs that make it possible to use it with spacetime conduit technology Oddly enough, these strange matter components each show signs of originating from radically different spatiotemporal locations, suggesting they have travelled through some form of spacetime transport. The simplest explanation could indeed be that these devices are used in such a transport system. Several of these components arranged in a certain sequence may be the key to locating specific regions or pockets of spacetime accessible using filament FTL transport systems.

This component contains particles in the "strange matter" phase state arranged in a certain configuration. The component itself uses unusual materials but seems to be a standard unit, with obvious power and data inputs and outputs that make it possible to use it with spacetime conduit technology Oddly enough, these strange matter components each show signs of originating from radically different spatiotemporal locations, suggesting they have travelled through some form of spacetime transport. The simplest explanation could indeed be that these devices are used in such a transport system. Several of these components arranged in a certain sequence may be the key to locating specific regions or pockets of spacetime accessible using filament FTL transport systems.

This component contains particles in the "strange matter" phase state arranged in a certain configuration. The component itself uses unusual materials but seems to be a standard unit, with obvious power and data inputs and outputs that make it possible to use it with spacetime conduit technology Oddly enough, these strange matter components each show signs of originating from radically different spatiotemporal locations, suggesting they have travelled through some form of spacetime transport. The simplest explanation could indeed be that these devices are used in such a transport system. Several of these components arranged in a certain sequence may be the key to locating specific regions or pockets of spacetime accessible using filament FTL transport systems.

This component contains particles in the "strange matter" phase state arranged in a certain configuration. The component itself uses unusual materials but seems to be a standard unit, with obvious power and data inputs and outputs that make it possible to use it with spacetime conduit technology Oddly enough, these strange matter components each show signs of originating from radically different spatiotemporal locations, suggesting they have travelled through some form of spacetime transport. The simplest explanation could indeed be that these devices are used in such a transport system. Several of these components arranged in a certain sequence may be the key to locating specific regions or pockets of spacetime accessible using filament FTL transport systems.

This component contains particles in the "strange matter" phase state arranged in a certain configuration. The component itself uses unusual materials but seems to be a standard unit, with obvious power and data inputs and outputs that make it possible to use it with spacetime conduit technology Oddly enough, these strange matter components each show signs of originating from radically different spatiotemporal locations, suggesting they have travelled through some form of spacetime transport. The simplest explanation could indeed be that these devices are used in such a transport system. Several of these components arranged in a certain sequence may be the key to locating specific regions or pockets of spacetime accessible using filament FTL transport systems.

This component contains particles in the "strange matter" phase state arranged in a certain configuration. The component itself uses unusual materials but seems to be a standard unit, with obvious power and data inputs and outputs that make it possible to use it with spacetime conduit technology Oddly enough, these strange matter components each show signs of originating from radically different spatiotemporal locations, suggesting they have travelled through some form of spacetime transport. The simplest explanation could indeed be that these devices are used in such a transport system. Several of these components arranged in a certain sequence may be the key to locating specific regions or pockets of spacetime accessible using filament FTL transport systems.

This component contains particles in the "strange matter" phase state arranged in a certain configuration. The component itself uses unusual materials but seems to be a standard unit, with obvious power and data inputs and outputs that make it possible to use it with spacetime conduit technology Oddly enough, these strange matter components each show signs of originating from radically different spatiotemporal locations, suggesting they have travelled through some form of spacetime transport. The simplest explanation could indeed be that these devices are used in such a transport system. Several of these components arranged in a certain sequence may be the key to locating specific regions or pockets of spacetime accessible using filament FTL transport systems.

This component contains particles in the "strange matter" phase state arranged in a certain configuration. The component itself uses unusual materials but seems to be a standard unit, with obvious power and data inputs and outputs that make it possible to use it with spacetime conduit technology Oddly enough, these strange matter components each show signs of originating from radically different spatiotemporal locations, suggesting they have travelled through some form of spacetime transport. The simplest explanation could indeed be that these devices are used in such a transport system. Several of these components arranged in a certain sequence may be the key to locating specific regions or pockets of spacetime accessible using filament FTL transport systems.

This component contains particles in the "strange matter" phase state arranged in a certain configuration. The component itself uses unusual materials but seems to be a standard unit, with obvious power and data inputs and outputs that make it possible to use it with spacetime conduit technology Oddly enough, these strange matter components each show signs of originating from radically different spatiotemporal locations, suggesting they have travelled through some form of spacetime transport. The simplest explanation could indeed be that these devices are used in such a transport system. Several of these components arranged in a certain sequence may be the key to locating specific regions or pockets of spacetime accessible using filament FTL transport systems.

This component contains particles in the "strange matter" phase state arranged in a certain configuration. The component itself uses unusual materials but seems to be a standard unit, with obvious power and data inputs and outputs that make it possible to use it with spacetime conduit technology Oddly enough, these strange matter components each show signs of originating from radically different spatiotemporal locations, suggesting they have travelled through some form of spacetime transport. The simplest explanation could indeed be that these devices are used in such a transport system. Several of these components arranged in a certain sequence may be the key to locating specific regions or pockets of spacetime accessible using filament FTL transport systems.

This component contains particles in the "strange matter" phase state arranged in a certain configuration. The component itself uses unusual materials but seems to be a standard unit, with obvious power and data inputs and outputs that make it possible to use it with spacetime conduit technology Oddly enough, these strange matter components each show signs of originating from radically different spatiotemporal locations, suggesting they have travelled through some form of spacetime transport. The simplest explanation could indeed be that these devices are used in such a transport system. Several of these components arranged in a certain sequence may be the key to locating specific regions or pockets of spacetime accessible using filament FTL transport systems.

This component contains particles in the "strange matter" phase state arranged in a certain configuration. The component itself uses unusual materials but seems to be a standard unit, with obvious power and data inputs and outputs that make it possible to use it with spacetime conduit technology Oddly enough, these strange matter components each show signs of originating from radically different spatiotemporal locations, suggesting they have travelled through some form of spacetime transport. The simplest explanation could indeed be that these devices are used in such a transport system. Several of these components arranged in a certain sequence may be the key to locating specific regions or pockets of spacetime accessible using filament FTL transport systems.

This device is clearly a practical application of the so-called "time crystal" type of matter where particles are arranged in a special class of quantum system with periodic structure across both space and time. The special properties of time crystals are useful for constructing devices that can accurately fix space and time co-ordinates while resisting entropy and temporal distortions caused by local spacetime deformation. This time crystal oscillator appears to be a component used to assure synchronization of spatiotemporal data.