Space Science and Technology-Kosmicna Nauka i Tehnologia
Scope & Guideline
Unveiling the mysteries of the universe, one study at a time.
Introduction
Aims and Scopes
- Space Exploration Technologies:
The journal extensively covers the development and application of new technologies for space exploration, including propulsion systems, spacecraft design, and robotics. - Planetary Science and Lunar Studies:
Research on planetary bodies, particularly the Moon, is a significant focus, exploring aspects such as surface composition, geological history, and resource utilization. - Satellite Communication and Networking:
The journal publishes work related to satellite communications, including advancements in 6G networks and satellite constellation management. - Space Debris Management:
A core area of research involves strategies for tracking, predicting, and mitigating space debris, reflecting growing concerns over space traffic management. - Space Medicine and Human Factors:
The journal addresses the health and performance of astronauts, focusing on the effects of microgravity and long-duration space missions on human physiology. - Astrobiology and Life Detection:
Investigation into the potential for life beyond Earth, including studies on extremophiles and the implications for human exploration of other planets. - Theoretical and Computational Models:
A strong emphasis is placed on the use of simulations and theoretical models to understand complex space phenomena and optimize mission planning.
Trending and Emerging
- Artificial Intelligence in Space Operations:
There is a growing trend toward integrating AI and machine learning into space operations, from autonomous navigation to data processing, enhancing efficiency and decision-making. - In Situ Resource Utilization (ISRU):
Research focused on ISRU, particularly for lunar and Martian missions, is gaining traction as the feasibility of long-term human presence in space becomes a priority. - Space Traffic Management and Policy:
As the number of satellites increases, themes related to space traffic coordination and policy development are emerging, highlighting the need for governance in crowded orbits. - Interplanetary Supply Chain and Logistics:
The exploration of logistical frameworks for supporting interplanetary missions is becoming increasingly relevant, reflecting a strategic shift in mission planning. - Health and Safety in Space Missions:
There is a notable increase in research addressing the health risks and safety measures for astronauts, emphasizing psychological and physiological well-being during missions. - Sustainable Space Practices:
Emerging themes include sustainability in space exploration, with research focusing on minimizing environmental impacts and ensuring the longevity of space activities.
Declining or Waning
- Traditional Space Physics:
Research related to classical space physics, such as basic atmospheric studies and magnetic field investigations, has seen a decrease in publication frequency amid the rise of technology-driven research. - Historical Space Missions:
Papers focusing on historical analyses of past missions and their outcomes are becoming less common, possibly overshadowed by current and future mission planning. - Low-Gravity Agricultural Studies:
While previously a niche area of interest, studies specifically focused on agriculture in low-gravity environments are diminishing as the focus shifts to more comprehensive life support systems. - Non-Space-Based Environmental Studies:
Research that applies space technology to terrestrial environmental issues is less frequently published, as the journal pivots towards more space-centric applications. - Basic Theoretical Astrophysics:
Submissions that delve into purely theoretical astrophysics, without a direct connection to space applications or missions, are decreasing in favor of more applied research.
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