Physical and Practical Limitations

Despite their apparent power, automated systems present major constraints that limit their deployment:

Mass and Bulk Problems

To match the conversion capacity of a single properly trained arcanotechnician, a crystal system requires:

• An industrial-class Flux crystal (~5-10 kg)
• An arcanotechnic modulator with signal generators (~40-50 kg)
• Cooling and stabilization systems (integrated into the modulator)
• Total mass: 50 to 60 kilograms

This weight constraint makes portable systems practically impossible for field applications.

Forced Specialization

Unlike human arcanotechnicians who can learn multiple conversions, each crystal possesses an intrinsic affinity determined by its crystalline structure:

• The lattice geometry limits the possible electronic configurations
• A crystal can only trigger a limited number of conversion channels
• Changing conversion type requires a different crystal
• A versatile arcanotechnician can replace several specialized systems

Critical Recharging Problems

The crystal recharging process presents considerable dangers:

1. Progressive slowdown: The more a crystal is discharged, the more its capacity to concentrate ambient Flux diminishes. A crystal at 10% recharges ten times slower than a crystal at 90%.

2. Death threshold: A completely depleted crystal loses its ability to concentrate the Flux. Its crystalline structure becomes “inert” and it can no longer recharge. This is a total and irreversible loss.

3. Explosion risk: During recharging, Flux density gradients in the crystal create tensions in the crystal lattice. The crystal can explode violently, releasing all the concentrated energy at once.

   • The probability of explosion increases with the crystal’s service time
   • Micro-fractures accumulate with each charge/discharge cycle
   • An aging crystal becomes a danger to its surroundings
   • An industrial crystal explosion can devastate several dozen meters

4. Safety protocols: Crystals must be recharged in armored enclosures, maintained between 20% and 80% charge to minimize risks, and replaced after a certain number of cycles.

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