Elastigirl's Temporal Reconciliation
The 'rubber-time' architecture enables dynamic adaptation to quantum-time paradoxes. Below is the core algorithm used to stabilize overlapping timelines.
### Temporal Elasticity Protocol
class TemporalResolver:
def __init__(self, time_flow):
self.elastics = []
def apply_elastic(self, paradox_chain):
if paradox_chain.causal_break > 72.5:
self.elastics.append(paradox_chain.quantum_signature)
return self.validate(paradox_chain)
def validate(self, chain):
for sig in self.elastics:
if sig.overlaps(chain):
chain.stabilize(Elasticigirl.v2_2)
return chain.is_stable()
# Real-time implementation in Echelon's Chrono Core
resolver = TemporalResolver(master_time_stream)
stable_time = resolver.apply_elastic(paradox_stream)
Chronoblock Consensus
A decentralized quantum-temporal framework for resolving paradoxes. This section details the consensus mechanism for overlapping causal chains.
### Chronoblock Consensus Algorithm
function resolve_paradox(paradox_chain) {
let consensus = new Chronoblock(paradox_chain);
let blocks = [];
if (paradox_chain.conflicts > 64) {
blocks.push(paradox_chain.quantum_signature);
}
blocks.forEach(sig => {
consensus.validate(sig);
});
return consensus.get_stable_timeline();
};
// Deployed in global AI systems in 2025
let stable_timeline = resolve_paradox(faulty_time_stream);