BX Verse: Exploring the Known Worlds

A Blue Sun

Eight hundred and two parsecs from the solar system, Deneb is a Blue-white Super-giant. Its radius reaches out to one AU from the stellar centre. It sheds one earth mass every five hundred years. Of course that mass has to go some where, and out it goes into the star system building a great many worlds over the many billions of years it has existed.

Deneb (Blue-white Super-giant)
Radius:                  203 R⊙
Temperature:      8,500K
Luminosity:         200,000 L⊙
Mass:                     19 M⊙

Inner vs. Outer Planets

The System
Inner Worlds, Outer Worlds. There is simply the Habitable Zone at the edges of which particularly close to or far from Deneb are considered the outer planets. Worlds where living is a struggle.
The inner worlds by comparison are in the middle of the habitable zone, neither too hot nor too cold they are heavily populated and regulated by the Central government.

The Inner Planets
Parliament (Deneb m): The temperature of Deneb m will slowly climb from above zero degrees celsius to fifty degrees celsius as it is populated and forested into an ideal colony world. This is the central planet. Only the most elite citizens who govern in parliamentary service reside on this planet.


Planet          Semi-major   Orbital           Temperature by Albedo
                      Axis                Period(days)          0.5                 0.1          

ZnS line       203 AU                                                                                 

Deneb b       210 AU           254,999 days          342K             396K
Deneb c       220 AU          273,440 days           334K            387K
Deneb d       230 AU          292,280 days           327K            378K
                                        Inner Habitability Band                                
Deneb e        240 AU          311,550 days           320K           370K
Deneb f        250 AU         331,226 days           313K           363K
Deneb g       260 AU         351,308 days            307K           256K
Deneb h        270 AU          371,755 days            301K          349K
Deneb i        280 AU          392,600 days            296K          343K
Deneb j       290 AU            413,830 days        291K              337K
Deneb k      300 AU            435,420 days        286K              331K
Deneb l        310 AU            457,358 days         281K              326K
Deneb m      320 AU            479,669 days         277K              321K
Deneb n      330 AU             502,340 days        273K               316K
Deneb o      340 AU             525,340 days        269K               311K
Deneb p      350 AU              548,679 days        265K              307K
Deneb q       360 AU            572,630 days         261K              302K
Deneb r       370 AU             596,390 days        257K              298K
Deneb s       380 AU             620,730 days        254K              294K
Deneb t      390 AU              645,390 days         251K              291K
Deneb u      400 AU             670,360 days         248K             287K
Deneb v     410 AU              695,650 days         245K             283K
Deneb w      420 AU           721,260 days          242K             280K
Deneb x      430 AU            747,180 days          239K            277K
Deneb y      440 AU             773,400 days          236K            274K
Deneb z      450 AU              799,900 days         233K              270K
                                   Outer Habitability Band                                     

Iceline         1,207 AU                                                                               

Temperature Scale
>50°C  | 50°C - 30°C | 30°C - 20°C | 20°C - 0°C | <0°C

Update (7th March, 2019)

Deneb
Deneb has a huge habitable zone extending from 240 AU to 440AU which means there is plenty of room for numerous worlds with life. Deneb is 19 solar masses. Its solar radius encompases 1AU. Its also ejecting one earth mass in materials every 500 years so a billion years means there is 2 million earth masses in planetary building material (not all in the habitable zone though).

Deneb and Titius-Bode Rule
Titius bode harmonic law puts one harmonic in the habitable zone. So lets say there is a brown dwarf worth of rock pretending to be a star at each harmonic (0.4, 0.7, 1, 1.6, 2.8, 5.2, 10.0, 19.6, 38.8, 77.2, 154.0, 307.6, 614.8).

Predicting the Habitable Zone of Deneb
Orbiting our habitable zone brown dwarf at 307.6AU are 9-10 super jupiters each according to titius bode harmonics +/-(0.4, 0.7, 1, 1.6, 2.8, 5.2, 10, 19.6, 38.8, 77.2,...).

 Deneb Xa: brown dwarf 307.6AU                                                           

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Deneb Xb: Super Jupiter 307.6AU +/-0.4AU (307.2AU-308AU).            
Planets Xba-Xbd around Xb are experiencing 283K-282K.             

Deneb Xc: Super Jupiter 307.6AU +/-0.7AU (306.9AU-308.3AU). 
Planets Xca-Xcd around Xc are experiencing 283K-282K.

Deneb Xd: Super Jupiter 307.6AU +/-1AU (306.6AU-308.6AU).          
Planets Xda-Xdd around Xd are experiencing 283K-282K.               

Deneb Xe: Super Jupiter 307.6AU +/-1.6AU (306AU-309.2AU). 
Planets Xea-Xed around Xe are experiencing 283K-382K.

Deneb Xf: Super Jupiter 307.6AU +/-2.8AU (304.8AU-310.4AU).        
Planets Xfa-Xfd around Xf are experiencing 284K-281K.                  

Deneb Xg: Super Jupiter 307.6AU +/-5.2AU (302.4AU-312.8AU). 
Planets Xga-Xgd around Xg are experiencing 285K-280K.

Deneb Xh: Super Jupiter 307.6AU +/-10AU (297.6AU-317.6AU).        
Planets Xha-Xhd around Xh are experiencing 287K-278K.               

Deneb Xi: Super Jupiter 307.6AU +/-19.6AU (288AU-327.2AU). 
Planets Xia-Xid around Xi are experiencing 292K-274K.

Deneb Xj: Super Jupiter 307.6AU +/-38.8AU (268.8AU-346.4AU).      
Planets Xja-Xjd around Xj are experiencing 302K-266K.                  

Deneb Xk: Super Jupiter 307.6AU +/-77.2AU (230.4AU-384.8AU). 
Planets Xka-Xkd around Xk are experiencing 326K-252K.                

Jupiter has four earth sized moons so all up there are potentially around forty earth-like worlds in stable orbits in a 200AU wide habitable zone. There will be lagrange clusters ahead and behind the brown dwarf.