Feynman Star System

Feynman Star System

Level 55

Feynman is a level 55 star system in Starfield.

All star systems in Starfield have a recommended player level. For Feynman, this level is 55. It is recommended that your character is at level 55 or higher if you would like to visit any of the planets in the Feynman system.

Resources

Feynman contains 31 resources.

NameRaritySymbolWeightValueID
Alkanes1HnCn0.61300005570
Aluminum0Al0.570000557D
Antimony3Sb0.8300000557B
Argon0Ar0.5500005588
Benzene1C6Hn0.61900005585
Beryllium1Be0.512000057D9
Carboxylic Acids2R-COOH0.81200005586
Chlorine0Cl0.560000557C
Chlorosilanes1SiH3Cl0.6140000557E
Cobalt1Co0.61200005575
Copper0Cu0.61000005576
Europium3Eu140000057E1
Fluorine1F0.51200005577
Gold2Au0.82400005579
Helium-30He-30.550000558E
Ionic Liquids3IL0.8230000557A
Iridium1Ir0.7140000558A
Iron0Fe0.680000556E
Lead0Pb0.71000005568
Lithium2Li0.5140000557F
Mercury2Hg0.8220027C4A1
Neodymium2Nd0.82000005580
Nickel0Ni0.61000005572
Plutonium3Pu1.6640000558C
Silver1Ag0.6200000556A
Tantalum2Ta0.9230000556F
Tetrafluorides2xF40.71800005578
Tungsten1W0.7160000556B
Uranium0U0.71400005589
Vanadium2V0.7240000558B
Water0H2O0.5400005591

Planetary Bodies

Feynman has 23 planetary bodies: 9 planets and 14 moons.

Rock
Scorched
Thin CO2
Weak
None
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
DesertMountains
Barren
Deep freeze
None
Weak
None
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Craters
Ice
Deep freeze
None
None
Chemical
Type
Temperature
Atmosphere
Magnetosphere
Water
Resources
Biomes
Ice
Rock
Cold
Std O2
Powerful
Chemical
Type
Temperature
Atmosphere
Magnetosphere
Water
Barren
Cold
None
None
None
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Craters
Barren
Cold
None
None
None
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Craters
Gas giant
Deep freeze
H2
Strong
None
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Ocean
Ice
Deep freeze
None
None
Safe
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Ice
Barren
Deep freeze
None
None
None
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Craters
Ice
Deep freeze
None
None
Chemical
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Ice
Gas giant
Deep freeze
H2
Extreme
None
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Ocean
Ice
Deep freeze
None
None
Safe
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Ice
Rock
Deep freeze
Thin N2
None
Safe
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
CratersDesertIceMountains
Ice
Deep freeze
None
None
Safe
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Ice
Gas giant
Deep freeze
H2
Powerful
None
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Ocean
Ice
Deep freeze
None
None
Heavy metal
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Ice
Ice
Deep freeze
None
None
Safe
Type
Temperature
Atmosphere
Magnetosphere
Water
Rock
Deep freeze
None
None
None
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
IceMountainsOceanSavanna
Rock
Deep freeze
None
None
None
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
DesertIceMountainsOcean
Ice
Deep freeze
None
None
Chemical
Type
Temperature
Atmosphere
Magnetosphere
Water
Biomes
Ice
Rock
1.63
Temperate
High O2
Powerful
Safe
7
5
Type
Gravity
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Rock
0.57
Cold
Thin O2
Powerful
Safe
3
4
Type
Gravity
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
Biomes
CratersIceMountainsOceanSavanna
Rock
Inferno
Std M
None
None
3
0
Type
Temperature
Atmosphere
Magnetosphere
Water
Fauna
Flora
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Information

Level55
Catalogue IDGl 692
Planetary Bodies23
Planets9
Moons14
Star Spectral ClassF6
Star Temperature (Kelvin)6510
Star Solar Mass1.26
Star Radius814671
Star Magnitude3.62

Origin

The Feynman star system in Starfield is named after the physicists Richard Feynman.

Richard Feynman (1918–1988) was an American theoretical physicist renowned for his contributions to quantum mechanics, quantum electrodynamics (QED), and particle physics. He was awarded the Nobel Prize in Physics in 1965, along with Julian Schwinger and Sin-Itiro Tomonaga, for their independent formulations of QED.

Several aspects of Feynman's life and work have made him an iconic figure in the history of science:

  1. Feynman Diagrams: One of his most well-known contributions to physics is the introduction of Feynman diagrams. These are graphical representations that depict the interactions of particles in quantum mechanics, especially in QED. They are widely used in theoretical physics because they simplify complex calculations.

  2. Challenger Disaster: Feynman played a significant role in the Rogers Commission, which investigated the Space Shuttle Challenger disaster in 1986. During a televised hearing, he famously demonstrated that the O-rings used in the shuttle's solid rocket boosters lost their flexibility in cold temperatures by compressing an O-ring in a clamp and immersing it in ice water.

  3. Lectures on Physics: Feynman was also an exceptional educator. His "Feynman Lectures on Physics," based on a two-year introductory physics course he taught at Caltech, are still revered for their clarity and insight. They cover nearly all areas of basic physics, from mechanics to quantum mechanics to electromagnetism.

  4. Personal Character: Beyond his scientific work, Feynman was known for his vibrant personality, curiosity, and sense of humor. He was a gifted storyteller, as demonstrated in books about his life, such as "Surely You're Joking, Mr. Feynman!" and "What Do You Care What Other People Think?"

  5. Quantum Computing and Nanotechnology: Feynman's 1959 lecture "There's Plenty of Room at the Bottom" is considered visionary in the fields of nanotechnology and quantum computing. He discussed the possibility of direct manipulation of individual atoms as a powerful new form of manufacturing.

Throughout his career, Feynman was not only revered for his immense contributions to science but also loved for his approachable nature and his ability to make complex topics understandable and exciting.

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