SCP-1056
Re-size It!
A 5.00 cm stainless steel cube scaled up by 3.00. The physical appearance of the cube is perfectly maintained but the microstructure is altered.
Special Containment Procedures
SCP-1056 is to be kept in a 50x50x50 cm 10-digit combination safe with biometric confirmation when not being used for testing. Only personnel involved in SCP-1056 research and testing may have access to the object. All tests require prior authorization by the Site Director or and by research staff with Level 3 clearance or higher. Tests on living subjects must be conducted in a secure testing facility meeting Level 2 containment guidelines to prevent modified subjects from escaping. All objects altered by SCP-1056 must be kept in Class E ablative storage for 48 hours after transformation. The creation of any object or organism over 200 kg must be approved by the Site Director.
Description
SCP-1056 superficially resembles a burnished chrome kitchen timer with numbers ranging from 0.25 to 4.00 and an activation button on the right-hand side. A 1x1.25 meter wire mesh platform is connected to the device by a 3 meter insulated molybdenum carbide wire coated with molybdenum disulfide and an unidentified organometallic complex; the mesh is capable of folding into a 27 x 35 cm square. When the device is set to a number and the side button is pushed, any objects in direct contact with the wire mesh platform will scale up or down in size by a factor corresponding to the number setting.
The device was recovered by SCP personnel following reports of unusual behavior among students at ████ High School in ████, PA. School officials began an investigation when teachers reported that a number of students were behaving unusually. Specifically, the students displayed significantly impaired language skills, abnormally poor attention span, long-term memory, and impulse control. Medical examination of the students revealed the presence of numerous vascular and nervous system abnormalities. Foundation personnel recovered the device at the home of one of the students, who had presumably been using it for recreational purposes. The only indicator of the manufacture or distribution of the device is a 4x1 cm imprint on the bottom of the device reading "THE FACTORY”. All electronic components are of generic make.
A 5.00 cm stainless steel cube scaled up by 3.00. The physical appearance of the cube is perfectly maintained but the microstructure is altered.
The manner in which objects are resized appears to follow a set of rules that varies depending upon the complexity and function of the object. Simple inanimate objects such as minerals, metals, and plastics scale up or down to precisely (to four significant figures) the scale indicated without any regard to molecular or microscopic scale. For instance, a 5.00 cm stainless steel cube on the 3.00 setting scaled up to a 15.01 cm cube that was indistinguishable in molecular composition from the original cube but that differed on a microstructural level; average grain size on the two cubes was identical, and individual grains on the small cube did not scale up to the large cube.
SCP-1056 appears to scale complex devices and biological organisms with some attempt to maintain the functional properties of the object or organism. For instance, the microprocessors of electronic devices are often modified if the altered scale would result in nonfunctional transistor gates, insufficient power, or excessive heat build-up. Devices that have been scaled down often have a reduced number of transistors and may demonstrate floating point errors. While all but the most complex mechanical objects scale relatively well, electronics are often rendered nonfunctional when scaled below 0.50 and above 3.00 of their original scale.
Living organisms that have been resized by SCP-1056 retain their basic anatomical structure but often experience significant reorganization of the circulatory, pulmonary, and especially nervous system. Cell size and composition remain identical to that seen in the original organism, but the number of cells increases or decreases proportionally to the change in volume. The only exception to this observation is the nervous system, where the average neuron may increase or decrease up to 25% in linear size (thus, potentially becoming slightly under half or over twice the original volume) with negligible effects on function. Interestingly, SCP-1056 appears to “split the difference” with single-celled organisms, slightly altering the average cell size and also altering the overall cell population.
Humans can be resized by SCP-1056 as low as 0.50 and as high as 1.75 with minimal change in function. Shrinking humans often results in increased gyrencephaly (folding) of the cerebral cortex, a reduction in average neuron volume, and a decrease in white matter. This appears to preserve cognitive function down to 0.50. Attempts to scale humans below 0.50 results in a substantial decrease in cognitive function, language comprehension, and short- and long-term memory, indicating that this is the minimal size required for human-like intelligence in a mammalian brain. Humans scaled above 1.25 demonstrate slowed reaction speeds, a reported increase in creativity, and substantial improvements to long-term memory. Scaling beyond 1.50 greatly increases the risk of cardiovascular disease, stroke, aneurism, and renal failure. The scaling of any organism beyond 3.00 is highly discouraged.
The mechanism by which SCP-1056 institutes these changes in scale is currently unknown. High-speed video footage of transformations up to 20,000 fps indicate that the transformation is nearly instantaneous, as there is no apparent transition between forms.
Interestingly, there are no apparent effects of atmospheric displacement, even when the volume created or destroyed is very large. In a minority (roughly 8%) of cases, an object altered by the device experiences a material instability and begins to undergo atomic decay within 36 hours of alteration. Living organisms and other objects with relatively low metal content have a considerably lower (roughly 3%) chance of undergoing decay. This decay produces significant heat and energy – approximately 150 gigajoules per kilogram - around six orders of magnitude less than typical matter-antimatter decay but sufficiently high to render frequent or high-mass transformations inadvisable.