Space Cadet
SOC-12
Actually from the point of view inside the wormhole, both ends are synchonized though one universe appears to be the past and the other the present from the outside. this time diffential is built up through relativity, the aliens accelerated one wormhole to near the speed of light and then slowed it down while leaving the other end stationary. Then the aliens probably enlarged the wormhole to its current size by adding dark matter to it so that it now has a total mass when two ends are added together of 2,000 solar masses, though from each end it appears as 1,000 solar masses.
Actually mass is preserved. Each end of the wormhole appears to the respective outside universe to have a mass of about 1,000 solar masses. When an object enters the wormhole at one end from the universe it left, it appears that the wormhole adds the objects mass to itself.
From the point of view of the destination universe, an object emerges from the wormhole opening and it appears that the mass is subtracted from the wormhole and added to the object that emerges, so from the point of view of both universes mass is preserved. The emergent spaceship takes mass from the wormhole, and the entering object adds mass to the wormhole. From the point of view of the wormhole itself, the mass of the wormhole when you add both ends together is always constant.
Yes, don't use the stutterwarp while inside the wormhole.
Here are the near stars that I generated with Stars Unlimited. I added the x,y,z coodinates myself. The intelligent race assumed for social data is the T'sa from d20 Future.
------------------- _------------- _-------------- _---- --- _------------ --------------------------
+x.xx, +y.yy, +z.zz __UWP ____ __Trade Class _ __Zone __PBG +Stellar Data System Notes
------------------- _------------- _-------------- _---- --- _------------ --------------------------
+8.46, -5.16, +1.70 _X233000-0 __________________________111 _F8 V ________lgt.yellow main seq. prim., binary system, 1 s.GG, min.orbit 0, hab.zone 6, main world orbit 6, +4 planets
+7.68, -3.36, +2.90 _C00076A-B _____Na De As ____________811 _M4 V ________red dwf prim., 1 l.GG, min.orbit 0, hab.zone 0, main world orbit 0, +0 planets
+6.74, -4.58, -5.18 _X251432-6 _S __Ni Po _______________514 _G0 V ________yellow main seq. prim., 3 s.GGs, 1 l.GG, min.orbit 0, hab.zone 5, main world orbit 5, +5 planets
+5.64, +9.80, +5.70 _X867753-8 _____Ag Ri _______________431 _F7 V ________lgt.yellow main seq. prim., 1 s.GG, min.orbit 0, hab.zone 6, main world orbit 6, +4 planets
+5.56, +8.20, +8.62 _X000000-0 __________________________411 _M4 V ________red dwf prim., 1 l.GG, min.orbit 0, hab.zone 0, main world orbit 0, +3 planets
+5.48, +6.06, -0.20 _C000313-A _____Ni De As ____________312 _M2 V ________red dwf prim., binary system, 1 s.GG, 1 l.GG, min.orbit 0, hab.zone 0, main world orbit 0, +0 planets
+4.98, -6.00, +2.28 _X000000-0 __________________________124 _M2 V ________red dwf prim., binary system, 1 s.GG, 3 l.GGs, min.orbit 0, hab.zone 0, main world orbit 0, +2 planets
+4.68, +7.82, +0.12 _X000000-0 _____Ni De As ____________121 _M8 V ________red dwf prim., trinary system, 1 s.GG, min.orbit 0, hab.zone 0, main world orbit 0, +1 planet
+4.20, -1.24, +0.63 _X000000-0 __________________________000 _worm hole
+3.38, -2.04, +6.54 _X551610-4 _S __Ni Po ___________A __321 _W0 D ________white dwf prim., 1 s.GG, min.orbit 2, hab.zone 12, main world orbit 12, +1 planet
+2.76, +3.54, +1.50 _X000000-0 __________________________121 _M1 V ________red dwf prim., 1 l.GG, min.orbit 0, hab.zone 0, main world orbit 0, +3 planets
+1.96, +5.44, +5.42 _X100000-0 __________________________921 _M4 V ________red dwf prim., binary system, 1 s.GG, min.orbit 0, hab.zone 0, main world orbit 0, +8 planets
+1.40, -7.46, +8.44 _X310000-0 __________________________711 _M7 V ________red dwf prim., binary system, 1 s.GG, min.orbit 0, hab.zone 0, main world orbit 0, +9 planets
+1.24, +8.68, -0.10 _X99E210-2 _S __Ni Wa _______________312 _G0 V ________yellow main seq. prim., 1 s.GG, 1 l.GG, min.orbit 0, hab.zone 4, main world orbit 4, +0 planets
+0.00, +0.00, +0.00 _X867000-0 __________________________014 _G2 V ________yellow main seq. prim., 2 s.GG, 2 l.GG, min.orbit 0, hab.zone 3, main world orbit 3 +4 planets
-0.64, +5.70, -8.56 _X000000-0 __________________________811 _B0 Ia _______lgt.blue br. super giant prim., binary system, 1 s.GG, min.orbit 2, hab.zone 12, main world orbit 12, +5 planets
-1.04, -3.80, -7.36 _X655000-0 __________________________822 _G1 V ________yellow main seq. prim., 1 s.GG, 1 l.GG, min.orbit 0, hab.zone 5, main world orbit 5, +0 planets
-1.38, +8.64, -1.22 _X100000-0 __________________________322 _M3 V ________red dwf prim., 2 l.GGs, min.orbit 0, hab.zone 0, main world orbit 0, +0 planets
-1.86, -2.34, +6.54 _X000000-0 __________________________312 _M3 V ________red dwf prim., 1 s.GG, 1 l.GG, min.orbit 0, hab.zone 0, main world orbit 0, +4 planets
-1.90, -3.44, +1.00 _X231000-0 __________________________925 _M2 V ________red dwf prim., 1 s.GG, 4 l.GGs, min.orbit 2, hab.zone 2, main world orbit 2, +0 planets
-3.58, -2.24, +8.92 _X000000-0 __________________________211 _M5 V ________red dwf prim., binary system, 1 s.GG, min.orbit 0, hab.zone 0, main world orbit 0, +4 planets
-3.98, +8.54, -3.40 _X000000-0 __________________________524 _M8 V ________red dwf prim., binary system, 2 s.GGs, 2 l.GGs, min.orbit 0, hab.zone 0, main world orbit 0, +0 planets
-4.44, -1.82, -1.42 _X000000-0 __________________________712 _M2 V ________red dwf prim., 2 s.GGs, min.orbit 0, hab.zone 0, main world orbit 0, +4 planets
-5.22, +0.00, +0.36 _X000000-0 __________________________711 _M4 V ________red dwf prim., 1 s.GG, min.orbit 0, hab.zone 0, main world orbit 0, +7 planets
-5.78, +7.32, +8.64 _X356356-6 _S __Ni __________________111 _M4 V ________red dwf prim., 1 s.GG, min.orbit 0, hab.zone 0, main world orbit 0, +9 planets
-7.34, -8.64, +1.56 _X000000-0 __________________________322 _M1 V ________red dwf prim., binary system, 2 l.GGs, min.orbit 0, hab.zone 0, main world orbit 0, +0 planets
-7.64, +4.70, +8.26 _X000000-0 __________________________121 _M6 V ________red dwf prim., 1 l.GG, min.orbit 0, hab.zone 0, main world orbit 0, +7 planets
-8.58, +3.02, +9.80 _X140000-0 __________________________131 _M4 V ________red dwf prim., 1 l.GG, min.orbit 0, hab.zone 0, main world orbit 0, +2 planets
-9.24, +7.56, -6.04 _X000000-0 __________________________413 _M0 V ________red dwf prim., 2 s.GGs, 1 l.GG, min.orbit 0, hab.zone 0, main world orbit 0, +0 planets
-9.26, +7.16, +5.06 _X000000-0 __________________________611 _M3 V ________red dwf prim., 1 l.GG, min.orbit 0, hab.zone 0, main world orbit 0, +8 planets
-9.58, +0.08, +1.94 _X000000-0 __________________________424 _M9 V ________red dwf prim., 4 s.GGs, min.orbit 0, hab.zone 0, main world orbit 0, +0 planets
-10.0, -9.70, -2.70 _X000000-0 __________________________721 _M8 V ________red dwf prim., 1 s.GG, min.orbit 2, hab.zone 2, main world orbit 2, +1 planet
Actually mass is preserved. Each end of the wormhole appears to the respective outside universe to have a mass of about 1,000 solar masses. When an object enters the wormhole at one end from the universe it left, it appears that the wormhole adds the objects mass to itself.
From the point of view of the destination universe, an object emerges from the wormhole opening and it appears that the mass is subtracted from the wormhole and added to the object that emerges, so from the point of view of both universes mass is preserved. The emergent spaceship takes mass from the wormhole, and the entering object adds mass to the wormhole. From the point of view of the wormhole itself, the mass of the wormhole when you add both ends together is always constant.
Yes, don't use the stutterwarp while inside the wormhole.
Here are the near stars that I generated with Stars Unlimited. I added the x,y,z coodinates myself. The intelligent race assumed for social data is the T'sa from d20 Future.
------------------- _------------- _-------------- _---- --- _------------ --------------------------
+x.xx, +y.yy, +z.zz __UWP ____ __Trade Class _ __Zone __PBG +Stellar Data System Notes
------------------- _------------- _-------------- _---- --- _------------ --------------------------
+8.46, -5.16, +1.70 _X233000-0 __________________________111 _F8 V ________lgt.yellow main seq. prim., binary system, 1 s.GG, min.orbit 0, hab.zone 6, main world orbit 6, +4 planets
+7.68, -3.36, +2.90 _C00076A-B _____Na De As ____________811 _M4 V ________red dwf prim., 1 l.GG, min.orbit 0, hab.zone 0, main world orbit 0, +0 planets
+6.74, -4.58, -5.18 _X251432-6 _S __Ni Po _______________514 _G0 V ________yellow main seq. prim., 3 s.GGs, 1 l.GG, min.orbit 0, hab.zone 5, main world orbit 5, +5 planets
+5.64, +9.80, +5.70 _X867753-8 _____Ag Ri _______________431 _F7 V ________lgt.yellow main seq. prim., 1 s.GG, min.orbit 0, hab.zone 6, main world orbit 6, +4 planets
+5.56, +8.20, +8.62 _X000000-0 __________________________411 _M4 V ________red dwf prim., 1 l.GG, min.orbit 0, hab.zone 0, main world orbit 0, +3 planets
+5.48, +6.06, -0.20 _C000313-A _____Ni De As ____________312 _M2 V ________red dwf prim., binary system, 1 s.GG, 1 l.GG, min.orbit 0, hab.zone 0, main world orbit 0, +0 planets
+4.98, -6.00, +2.28 _X000000-0 __________________________124 _M2 V ________red dwf prim., binary system, 1 s.GG, 3 l.GGs, min.orbit 0, hab.zone 0, main world orbit 0, +2 planets
+4.68, +7.82, +0.12 _X000000-0 _____Ni De As ____________121 _M8 V ________red dwf prim., trinary system, 1 s.GG, min.orbit 0, hab.zone 0, main world orbit 0, +1 planet
+4.20, -1.24, +0.63 _X000000-0 __________________________000 _worm hole
+3.38, -2.04, +6.54 _X551610-4 _S __Ni Po ___________A __321 _W0 D ________white dwf prim., 1 s.GG, min.orbit 2, hab.zone 12, main world orbit 12, +1 planet
+2.76, +3.54, +1.50 _X000000-0 __________________________121 _M1 V ________red dwf prim., 1 l.GG, min.orbit 0, hab.zone 0, main world orbit 0, +3 planets
+1.96, +5.44, +5.42 _X100000-0 __________________________921 _M4 V ________red dwf prim., binary system, 1 s.GG, min.orbit 0, hab.zone 0, main world orbit 0, +8 planets
+1.40, -7.46, +8.44 _X310000-0 __________________________711 _M7 V ________red dwf prim., binary system, 1 s.GG, min.orbit 0, hab.zone 0, main world orbit 0, +9 planets
+1.24, +8.68, -0.10 _X99E210-2 _S __Ni Wa _______________312 _G0 V ________yellow main seq. prim., 1 s.GG, 1 l.GG, min.orbit 0, hab.zone 4, main world orbit 4, +0 planets
+0.00, +0.00, +0.00 _X867000-0 __________________________014 _G2 V ________yellow main seq. prim., 2 s.GG, 2 l.GG, min.orbit 0, hab.zone 3, main world orbit 3 +4 planets
-0.64, +5.70, -8.56 _X000000-0 __________________________811 _B0 Ia _______lgt.blue br. super giant prim., binary system, 1 s.GG, min.orbit 2, hab.zone 12, main world orbit 12, +5 planets
-1.04, -3.80, -7.36 _X655000-0 __________________________822 _G1 V ________yellow main seq. prim., 1 s.GG, 1 l.GG, min.orbit 0, hab.zone 5, main world orbit 5, +0 planets
-1.38, +8.64, -1.22 _X100000-0 __________________________322 _M3 V ________red dwf prim., 2 l.GGs, min.orbit 0, hab.zone 0, main world orbit 0, +0 planets
-1.86, -2.34, +6.54 _X000000-0 __________________________312 _M3 V ________red dwf prim., 1 s.GG, 1 l.GG, min.orbit 0, hab.zone 0, main world orbit 0, +4 planets
-1.90, -3.44, +1.00 _X231000-0 __________________________925 _M2 V ________red dwf prim., 1 s.GG, 4 l.GGs, min.orbit 2, hab.zone 2, main world orbit 2, +0 planets
-3.58, -2.24, +8.92 _X000000-0 __________________________211 _M5 V ________red dwf prim., binary system, 1 s.GG, min.orbit 0, hab.zone 0, main world orbit 0, +4 planets
-3.98, +8.54, -3.40 _X000000-0 __________________________524 _M8 V ________red dwf prim., binary system, 2 s.GGs, 2 l.GGs, min.orbit 0, hab.zone 0, main world orbit 0, +0 planets
-4.44, -1.82, -1.42 _X000000-0 __________________________712 _M2 V ________red dwf prim., 2 s.GGs, min.orbit 0, hab.zone 0, main world orbit 0, +4 planets
-5.22, +0.00, +0.36 _X000000-0 __________________________711 _M4 V ________red dwf prim., 1 s.GG, min.orbit 0, hab.zone 0, main world orbit 0, +7 planets
-5.78, +7.32, +8.64 _X356356-6 _S __Ni __________________111 _M4 V ________red dwf prim., 1 s.GG, min.orbit 0, hab.zone 0, main world orbit 0, +9 planets
-7.34, -8.64, +1.56 _X000000-0 __________________________322 _M1 V ________red dwf prim., binary system, 2 l.GGs, min.orbit 0, hab.zone 0, main world orbit 0, +0 planets
-7.64, +4.70, +8.26 _X000000-0 __________________________121 _M6 V ________red dwf prim., 1 l.GG, min.orbit 0, hab.zone 0, main world orbit 0, +7 planets
-8.58, +3.02, +9.80 _X140000-0 __________________________131 _M4 V ________red dwf prim., 1 l.GG, min.orbit 0, hab.zone 0, main world orbit 0, +2 planets
-9.24, +7.56, -6.04 _X000000-0 __________________________413 _M0 V ________red dwf prim., 2 s.GGs, 1 l.GG, min.orbit 0, hab.zone 0, main world orbit 0, +0 planets
-9.26, +7.16, +5.06 _X000000-0 __________________________611 _M3 V ________red dwf prim., 1 l.GG, min.orbit 0, hab.zone 0, main world orbit 0, +8 planets
-9.58, +0.08, +1.94 _X000000-0 __________________________424 _M9 V ________red dwf prim., 4 s.GGs, min.orbit 0, hab.zone 0, main world orbit 0, +0 planets
-10.0, -9.70, -2.70 _X000000-0 __________________________721 _M8 V ________red dwf prim., 1 s.GG, min.orbit 2, hab.zone 2, main world orbit 2, +1 planet