Background:
Following the recent interaction between SCP-8813 ("Parabrahman") and SCP-682, researchers initiated a series of investigations into the composition of the Chains of Pasha used by SCP-8813 to bind SCP-682. Initial analyses suggest that these chains are formed from a unique class of particles designated as Tanuvrit.
Properties of Tanuvrit Particles
Tanuvrit particles are theorized to exist at a scale smaller than atoms, rendering them undetectable by conventional scientific instruments. Initial findings indicate that Tanuvrit possesses several distinct properties:
1. Adaptive Binding: Tanuvrit particles can adapt their structural characteristics to the nature of any object they interact with, preventing SCP-682 from acclimatizing or breaking free from the bindings.
2. Energy Absorption: These particles can absorb and store energy from their surroundings, allowing the Chains of Pasha to generate a stabilizing force when deployed.
3. Dimensional Overlap: Tanuvrit may interact with higher-dimensional spaces, providing SCP-8813 the ability to manipulate the chains beyond the typical three-dimensional constraints.
4.Quantum Entanglement: The particles exhibit a form of quantum entanglement, suggesting that actions performed on one particle can instantaneously affect others, regardless of distance.
Research Implications:
The discovery of Tanuvrit and its properties raises significant questions regarding the potential applications of these particles in containment protocols and the Foundation’s understanding of reality. Further studies are approved to explore the feasibility of harnessing Tanuvrit for containment measures and the potential for interactions with other SCP entities.
Conclusion:
The ongoing research into Tanuvrit and its role in the anomalous properties of SCP-8813 continues to expand the Foundation's knowledge of dimensional physics and the intricate web of interactions between anomalies.
