Quantum-inspired Token Pair for DeSci & Prediction Markets
Experience the future of entangled token pair market making with $ANTI and $PRO tokens
Features
Quantum-inspired Design
Unique entangled token pair system based on quantum mechanical principles
Advanced Market Making
Discretised AMM model with paired interaction mechanics
DeSci Integration
Perfect for decentralized science funding and prediction markets
How It Works
Token Interaction
$ANTI and $PRO tokens interact through the Collider contract
Emission Process
Collider emits $BARYON and $PHOTON tokens based on quantum-like operations
Market Dynamics
Create prediction markets or fund DeSci projects with emitted tokens
Roadmap
Q4 2024
October - December
-
Whitepaper Release
-
AMA VOL. I
-
Dune Analytics & Forum
-
Webpage
- Entangle with Base
- Tachyon (Q-Stablecoin)
Q1 2025
January - March
- Schrödinger's Cat AI-Agent
- $ANTI-$PRO-X Wrapper
- Pilot Collider Program
- Inhouse Prediction Game
- Partner with DeSci Tracks
- Multi-chain Collider
Q2 2025
April - June
- DePIN-Integration
- Merch and Hardware
Q4 2024
October - December
Q1 2025
January - March
Q2 2025
April - June
FAQs
Entangled tokenomics refers to a system where the behavior of two tokens, $ANTI and $PRO, is interconnected, akin to quantum entanglement. Their values and interactions are interdependent, ensuring that actions on one token affect the other predictably.
Collider functions F, G, F†, G† facilitate reversible transformations between $ANTI and $PRO. They integrate deterministic logic with probabilistic factors, ensuring seamless transitions while preserving systemic properties.
In prediction markets, these tokens measure and reward accuracy. For DeSci, they incentivize reproducibility and trust by linking token values to outcomes and community consensus.
The system uses carefully designed collider functions to maintain a lossless transformation, avoiding value dissipation. Probabilistic adjustments ensure this property holds even in dynamic markets.
These dualities represent trust and uncertainty, affecting token values. For instance, high trust increases $BARYON values, while unresolved uncertainty impacts $PHOTON dynamics.
Human interfaces (e.g., dApps) will simplify token interactions, integrating complex mechanisms into intuitive actions like staking, trading, and voting.
A forthcoming yellow paper will provide a deeper technical explanation, covering mathematical frameworks and practical applications.
Want to dive deeper into the quantum mechanics of our tokenomics?
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