Item #: SCP-XXXX
Object Class: Safe
Special Containment Procedures: SCP-XXXX is to be folded in such a way that SCP-XXXX-1 is to be completely enveloped by SCP-XXXX-2. SCP-XXXX is to be contained inside of a room which is thermally insulated from the rest of the facility, and the interior of SCP-XXXX's Containment chamber is to be constantly exposed with ultraviolet and X-ray radiation (the radiation is to be de-activated prior to testing). There are to be temperature sensors on each wall of the chamber, constantly monitoring for any temperature changes. If a temperature change1 exceeds 10°C, a Containment Failure is to be immediately declared (See SCP-XXXX Re-Containment Procedures).
Description: SCP-XXXX appears to be a standard twin sized throw blanket, which seemingly consists of polyester. Upon further investigation, SCP-XXXX actually consists of an unknown compound, which is organic in nature. SCP-XXXX has two sides of the blanket, the inner side (SCP-XXXX-1) is very bright white, and the outer side (SCP-XXXX-2) is a dull orange. Its anomalous aspects are fully revealed when the blanket is unfolded. SCP-XXXX-1 will rapidly emit an unknown form of thermal energy (SCP-XXXX-3). SCP-XXXX-3 can be detected with very basic instruments, yet behaves very differently from classical thermal energy. Instead of radiating away from the source, SCP-XXXX-3 will follow a direct path in which originates from SCP-XXXX-1. Contact between SCP-XXXX-3 and SCP-XXXX-1 will cause the neutralization of all SCP-XXXX-3 instances involved, as with contact between SCP-XXXX-3 and SCP-XXXX-2. Contact with solar radiation (specifically a combination of the radiation within both the ultraviolet, and X-ray wavelengths) will neutralize SCP-XXXX-3 upon contact. SCP-XXXX-2 appears to be a perfect insulator, as nothing that is insulated by it will experience any temperature changes.
Addendum: [Optional additional paragraphs]
1Temperature Change: Temperature change is used to describe any changes in temperature, whether it be an increase or decrease.






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