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<span class="iconify mr-1 svg-loading" data-icon="mdi:arrow-left"></span>====== System Name: Kore-84 ====== //Formerly MODON-E-111.// **Survey Status**: Complete \\ **System Type**: Unitary \\ **Star Classifications**: B2VI \\ **Astronomical Objects**: * MODON-E-111 I * MODON-E-111 Asteroid belt * MODON-E-111 II * MODON-E-111 III * MODON-E-111 IV ===== Cartographer Comments ===== ===== MODON-E-111 I ===== Barren planet, orbiting close to star. Small radius compared to other planets in system. Rocky surface, inhospitable for life. High temperature range due to stellar proximity and long rotation length. Primarily aluminosilicate-based rocks across surface. ===== Asteroid Belt ===== Belt spanning distance between MODON-E-111 I and MODON-E-111 II High presence of heavy transition metals concentrated locally within arc. Metals in unusually low oxidation states, indicates artificial origin. Suitable for easy refinement. Non-natural distribution of asteroids, lower abundance of silicate rocks near to high metallic region. ===== MODON-E-111 II ===== Remains of rocky planet. Large planetary radius. Similar elemental composition to MODON-E-111 I, although weak nitrogen atmosphere is present. Surface marked by impacts from heavy space debris, field of debris in orbit, as well as passing in "trail" through the rest of the system. Point of origin unknown. ===== MODON-E-111 III ===== Medium sized planet within star's temperate zone. Water-based oceans cover 50% of surface, ice caps formed at poles. Elemental composition indicates key elements for life present, although only microbes detected. ===== MODON-E-111 IV ===== Remains of glacial planet. Similar radius to MODON-E-111 II. Surface temperature low, covered in ice. Similar surface damage to MODON-E-111 II, with orbital field of debris consisting of aluminosilicate and ice formations. Presence of water in "trail" indicates ejected matter from surface dragged through space.