Urgent Report From RS-7726 2:

Object U-6159

Maximum length: 17.06 cm
Mass: 3534.64 g
Density: 5.18 g.cm^-3
Electrical conductance: 23.56 S.m^-1

This object’s precise cylindrical form is unlike anything else found in the icy terrains of RS-7726 2. In our tests, analysis of its outer surface returned normal results consistent with this planet’s mineralogical profile. However, X-ray spectrometry revealed a significant deposition of organic matter in the object’s ellipsoid core. Under UV conditions, the crevices along the distal rings also glowed a moderate blue.

Object U-9986
(right)

Maximum length: 11.63 cm
Mass: 1118.70 g
Electrical conductance: 16.33 S.m^-1

Strange markings etched into this metallic bulk suggest some sort of alien writing. Results from procedural computations generated in the past 17 hours also conclude that these markings are not born of natural processes. We ran all other tests but the markings are by far the most obscure. As our planetary outpost lacks the relevant expertise, we cannot initiate a formal deconstruction of its possible meaning.

Object U-8984

Maximum length: 29.81 cm
Mass: 5882.56 g
Electrical conductance: 14.58 S.m^-1

A pipelike object that is mostly composed of cobalt, with trace amounts of palladium and bismuth. Whilst various tests and simulations indicate that its unusual form can be produced from natural processes, its chemical composition and mineralogical structure are inconsistent with other metallic rocks found on this planet.

Object U-7142 | Maximum length: 2.52 cm | Mass: 86.12 g | Density: 10.70 g.cm^-3 | Electrical conductance: 56.71 S.m^-1

A very odd object that can be found in numerous forms at the site of discovery. We cannot ascertain its composition as its composition significantly differs each time the object is spectrometrically scanned. Its temperature is also slightly above the room temperature of 15°C, and it maintains an unusual profile under the ultrasound tests.

Object U-7176

Total mass: 513.92 g
Density: 10.70 g.cm^-3
Porosity: 74.63 % v/v
Electrical conductance: 1.06 S.m^-1
Thermal conductance: 23.09 W.m^-1.K^-1

Originally the soil specimen at the site of discovery yielded results consistent with our prior analysis of the planet’s surface geology under cold CH₄ atmosphere. However, a recent development in the past 13 hours was that the magnetic properties of the dirt started to spontaneously change. Just 3 hours ago, the change was large enough to cause the soil to begin moving. Because of this, we are about to initiate another round of magnetic analysis.

Object U-4298

Total mass: 521.44 g
Density: 5.86 g.cm^-3
Electrical conductance: 2.82 S.m^-1
Thermal conductance: 85.72 W.m^-1.K^-1

The rocks surrounding the monoliths discovered (see object below) emit unusual radiation in the range of ultra-high gamma rays. As such, we took the necessary precautions and they have been analysed in a special containment module. Despite their high energy, chemical and radioactive analysis have revealed only trace amounts of heavier elements. It is unknown how these rocks emit most of their radiation.