Link to article: SCP-669.
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[[>]] [[module Rate]] [[/>]] **Item #:** SCP-669 **Object Class:** Safe **Special Containment Procedures:** SCP-669 is to be kept --in a lead-lined safety deposit-- on Site-19. Any personnel to be granted access to SCP-669 must have completed a training session led by an individual with 2/669 clearance. Following Incident 669-1, SCP-669 is to be encased in a Faraday cage vessel consisting of a grounded copper shell, and slotted alumina inserts holding the item in place. SCP-669 is to be removed from containing vessel only in designated testing area, so as not to interfere with Site-19 electronics. **Description:** SCP-669 is a sphere of radius 2.6cm, resembling a large bearing. When inactive, SCP-669 weighs approximately 560g. The surface of SCP-669 contains numerous sites of corrosion and pitting, as well as remains of a cadmium blue paint. The surface temperature of SCP-669 appears to vary between 32.1 and 33.8 degrees Celsius - this appears independent of the temperature and thermal conductivity of its surroundings. The composition of SCP-669 is currently unknown; the surface of SCP-669 indicates its composition to be mild carbon steel, however, its density, as well as inertia testing data suggests a non-uniform internal structure. SCP-669 activates when placed within 54 cm of any object larger than itself, and set into motion. While active, SCP-669 appears to lack gravitational mass - instead it describes an orbit around the object at one of a set of distances up to 54 cm from the object's surface.[[footnote]]SCP-669 always orbits at one of a set of four to nine discrete distances located in the range 0cm-54cm, however, the precise values vary with every activation.[[/footnote]] Collisions with an object larger than itself cause SCP-669 to relocate into orbit around the colliding object. If SCP-669 is exposed to a suitable light source of sufficient brightness (see Experiment Log-669), it proceeds to move into the next further orbit. If no such orbit exists, SCP-669 will either deactivate, or proceed to fly at a tangent to its original orbit until colliding with another suitable object. Pushing SCP-669 into an orbit closer to an object it orbits requires a force of approximately 50N, and is accompanied by a brief photoemission of seemingly random frequency from SCP-669's surface. **Recovery Log:** SCP-669 was recovered from the depositary of Istanbul Modern Art Museum on April 4, 195█ having been previously exposed in the annual "Current Eastern European Sculpture" retrospective, as a part of an exhibit titled "Rutherfordian Atom - A Didactic Perspective".[[footnote]]Visual records recovered indicate that the exhibit contained █ further instances of SCP-669 as well as an agglomeration of at least ██ similar objects, none of which were recovered.[[/footnote]] SCP-669 was not listed in that exhibition's catalog and neither its purported artist, one G█████ P█████████████, nor "Lomonosov-Makarenko Institute for Scientific and Political Education" appear to figure in any official records. **Incident 669-1:** > On ██/██/196█ during the course of an experiment led by Researcher Arnold Scheiner, SCP-669 deactivated after a minor collision. Within 15 seconds of reactivation, SCP-669 suddenly developed an electric field sufficient to strip electrons from objects within a radius of approximately half a metre, resulting in the death of Researcher Scheiner, and extensive damage to electronic devices in the laboratory and adjacent areas. Containment procedures updated. [[footnoteblock]] [[div class="footer-wikiwalk-nav"]] [[=]] << [[[SCP-668]]] | SCP-669 | [[[SCP-670]]] >> [[/=]] [[/div]]