Project Kronos - Phase 1 Specs

System Overview

Document outlines the core components and specifications for Project Kronos, the next-generation time-flux capacitor.

Component List

Power Consumption Estimate

Component Idle Power (GW) Active Power (GW)
QEP-7 0.5 5.2
Chrono-Sync RAM 0.1 1.5
Cold Fusion Reactor 0.01 0.05
Flux Dispersal Array 0.0 88.0
Total 0.61 94.75

Code Snippet: Flux Initialization

<span class="code-line"># WARNING: Experimental Code - Do Not Deploy Without Authorization</span>
<span class="code-line">import timeflux</span>
<span class="code-line">import safety_protocols</span>
<span class="code-line"> </span>
<span class="code-line">def initialize_flux_capacitor(power_level_gw):</span>
<span class="code-line">    """Initializes the flux capacitor after safety checks."""</span>
<span class="code-line">    if not safety_protocols.check_shielding():</span>
<span class="code-line">        raise Exception("Temporal shielding failure!")</span>
<span class="code-line"> </span>
<span class="code-line">    if power_level_gw < 88.0:</span>
<span class="code-line">        raise ValueError("Insufficient power for temporal displacement!")</span>
<span class="code-line"> </span>
<span class="code-line">    # Activate primary coils</span>
<span class="code-line">    print("Initializing primary coils...")</span>
<span class="code-line">    timeflux.coils.activate()</span>
<span class="code-line">    print("Flux capacitor initialized.")</span>
<span class="code-line"> </span>
<span class="code-line">initialize_flux_capacitor(94.75)</span>

Critical Notes

Ensure all temporal shielding is calibrated before initiating flux dispersal. Failure to do so may result in paradoxical timelines or existential erasure.

Refer to Doc ID: KRONOS-SPEC-P1-REV4 for detailed schematics. Check cross-reference XREF-GAMMA-7 for reactor interlock details.


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