Casimir Crystal

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Revision as of 22:02, 8 January 2024 by Phoenixx (talk | contribs)
Casimir Crystal
Material
Use a strong electric field to fix the charged particles, and the Coulomb repulsion between the particles will spontaneously form a spatial ring-shaped ion crystal. After applying a weak static magnetic field, the zero-point energy of the particles inside the crystal is excited, producing an obvious Casimir effect.
Icon Casimir Crystal.png
Made InAssembler
Hand-makeReplicator
Stack Size100

Icon Casimir Crystal.png
1
4 s
Icon Titanium Crystal.png
1
Icon Graphene.png
2
Icon Hydrogen.png
12
Icon Casimir Crystal.png
1
4 s
Icon Grating Crystal.png
8
Icon Graphene.png
2
Icon Hydrogen.png
12

Summary

Required Technology

Production Chain

Recipe Building Replicator? Technology
4 s
 
12
    
4 s
 
12
    

Used In

Recipe Building Replicator? Technology
12 s
    

Production Progression Chart

For more information on reading and using these charts, see Production Progression Chart.
Click here to show or hide the Production Progression Charts.
Grating Crystal and Fire Ice-based production
Stage 1 Stage 2 Stage 3
 
240
   
 
30
 
60
 
 
60
 
30
 
330
 
Buildings Required
Raw Materials Required
(per minute)
 
240
 
60
 
330
Raw Materials Required
(per unit)
 
11
Fire Ice and Organic Crystal-based production
Stage 1 Stage 2 Stage 3 Stage 4
 
180
 
 
90
 
 
30
 
 
30
 
30
 
 
60
   
 
60
 
30
 
330
 
Buildings Required
Raw Materials Required
(per minute)
 
180
 
30
 
60
 
330
Raw Materials Required
(per unit)
 
11
Organic Crystal, Coal and Sulfuric Acid-based production
Stage 1 Stage 2 Stage 3 Stage 4
 
360
 
 
180
 
 
60
 
 
60
 
60
 
 
360
 
 
180
 
 
120
 
60
 
 
720
 
Buildings Required
 
12
Raw Materials Required
(per minute)
 
360
 
60
 
360
 
60
 
720
Raw Materials Required
(per unit)
 
12
Coal, Crude Oil and Sulfuric Acid-based production
Stage 1 Stage 2 Stage 3 Stage 4 Stage 5 Stage 6
 
360
 
 
180
   
 
60
 
150
 
 
60
 
240
 
 
120
 
 
120
 
120
 
 
60
 
150
 
240
 
 
240
 
120
 
60
 
 
60
 
30
 
 
60
 
 
360
 
 
180
   
 
120
 
60
 
 
570
 
Buildings Required
 
16
 
10
 
15
Raw Materials Required
(per minute)
 
360
 
300
 
600
 
60
 
60
 
570
Raw Materials Required
(per unit)
 
10
 
9.5
Coal, Crude Oil and Sulfuric Acid-based production
Stage 1 Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 Stage 7
 
360
 
 
180
   
 
60
 
330
 
 
60
 
360
 
12
 
 
360
 
180
 
 
120
 
240
 
300
 
 
120
 
300
 
 
60
 
330
 
 
60
 
60
 
 
60
 
30
 
 
60
 
 
180
 
 
180
 
90
 
12
 
 
180
 
270
 
 
120
 
270
 
 
270
 
60
 
 
60
 
Buildings Required
 
40
 
15
Raw Materials Required
(per minute)
 
360
 
600
 
60
 
60
 
60
Raw Materials Required
(per unit)
 
10
Crude Oil and Sulfuric Acid-based production
Stage 1 Stage 2 Stage 3 Stage 4 Stage 5 Stage 6 Stage 7
 
720
 
12
 
 
360
   
 
120
 
660
 
 
120
 
720
 
24
 
 
720
 
360
 
16
 
 
240
 
480
 
600
 
12
 
 
240
 
600
 
12
 
 
120
 
660
 
 
120
 
120
 
 
120
 
60
 
 
120
 
 
360
 
12
 
 
360
 
180
 
24
 
 
360
 
540
 
 
240
 
630
 
 
540
 
180
 
 
180
 
90
 
 
120
 
90
 
240
 
 
120
 
 
30
 
Buildings Required
 
12
 
86
 
12
 
33
Raw Materials Required
(per minute)
 
720
 
1380
 
240
 
240
 
30
Raw Materials Required
(per unit)
 
11.5
 
0.25

Note: Hydrogen created during the refining process during Crude Oil-based production must be recycled through the system to ensure full efficiency. Hydrogen quantity shown in final Stage is remaining surplus Hydrogen which can be diverted elsewhere.

Player Tips & Tricks

  • The only use for Casimir Crystals is to make Plane Filters, which in turn are only used to make Quantum Chips.
    • Each Assembling Machine making Casimir Crystals makes enough for three Assembling Machines making Plane Filters (3:1 ratio).
    • Four Assembling Machines making Casimir Crystals make enough for three Assembling Machines making Quantum Chips (3:4 ratio).
  • Since each Assembling Machine Mk.II making Casimir Crystals will need 180 Hydrogen per minute, one Conveyor Belt Mk.I will only be able to supply two Assembling Machine Mk.II with enough Hydrogen for continuous production.

History


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