SCP-1947 was originally classified as safe and given a low research priority. Junior researcher Schertz was assigned to SCP-1947 for a period of 3 years; his final report is appended. It was his findings which prompted the upgrade of SCP-1947 from Safe to Euclid as well as the updated containment procedures. Personnel with level-4 clearance or higher are able to access the supplementary data provided in Document 1947-B.
-Dr. Alberts
SCP-1947 Technical Report
Upon discovering that SCP-1947 was emitting microwaves I was tasked with recording and analysing its output. The emissions of SCP-1947 encoded a series of images; these are presented below. The relevant technical details are included.
SCP-1947 was found to emit microwaves with a frequency of either 1415 MHz or 1425 MHz. Analysis revealed that microwaves of a given frequency were emitted by SCP-1947 for a minimum of 1.73 seconds before switching to the alternate frequency. The longest continuous emission of a given frequency was 176.43 seconds. Emission occurred in blocks of 17,643.73 seconds, and after each block SCP-1947 would stop transmitting for 79.58 seconds before continuing with the next block. After 5 blocks were transmitted a double length pause of 159.16 seconds was observed before the sequence would repeat again.
Eventually the significance of the minimum emission time of 1.73 seconds became apparent. The frequencies were emitted for variable times, but they were all multiples of 1.73 seconds. It seemed clear that an emission of a given frequency for 1.73 seconds was the discrete unit of SCP-1947's code. At this point I was sure that the code was binary in nature – one frequency was analogous to 1, the other to 0.
The breakthrough came after I realised that each block of emissions equated to 10,201 times 1.73. The square root of 10,201 is 101, a prime number. I arranged each 1 and 0 on a 101 by 101 grid and a pattern became apparent. In the set of images shown below each image is a 101 by 101 square: each black pixel represents 1.73 seconds of emission at 1415 MHz and each white pixel represents 1.73 seconds of emission at 1425 MHz. These images represent the totality of data transmitted by SCP-1947's binary code.
Image 1:
This seems to be a reference image; each bar has a length corresponding to a prime number between 2 and 97.
Image 2:
The top of the image appears to be a stylised graphic of a star system with 6 planets. If that is correct the brackets around the 4th planet from the star could represent a ringed planet or a planet of particular importance.
The lower half of the image appears to be some sort of map relating the position of the star system to astronomical landmarks.
Image 3:
This image appears to be a stylised representation of a bipedal creature. The circular object to the right of the image has a strong resemblance to SCP-1947. If the image is to scale the bipedal creature would be approximately 3 metres tall.
Image 4:
Unknown. Speculations include a stellar field map, genetic information of the creature shown in image 3, or yet another code.
Image 5:
This image was discovered to be a representation of energy levels in a hydrogen atom. An electron transitioning from the second lowest to the lowest energy level (n=2 to n=1) in a hydrogen atom releases a photon with a wavelength of 122 nm – this is shown in the top left of the image. The bottom of the image was determined to display photons with a wavelength of 244 nm directed against SCP-1947.
After the meaning of the 5th image was discovered we tried exposing SCP-1947 to a UV laser with a wavelength of 244 nm. We had hoped that this would reveal more information about the nature of SCP-1947. However, SCP-1947 stopped transmitting microwaves after we exposed it to the UV laser. We then found that it had switched to emitting radio waves at a frequency of around 6 GHz.
The radio waves being emitted now by SCP-1947 are frequency modulated in a complex way - the current signal is beyond our capabilities to decipher. Additionally, the signal is highly directional and highly powerful. SCP-1947 is sending a signal into space and [DATA REDACTED BY REQUEST OF O5-COMMAND].
-Junior Researcher Schertz