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Iasbaba's 60 Day Science and Tech Compilation
IASbaba’s 60 day Science and Tech Compilation 2019 Q.1) NASA’s spacecraft OSIRIS – Rex has recently arrived at its destination. Which of the following statements is/are correct regarding it? 1. The mission will land at near earth orbit asteroid, Bennu and will bring a rock sample on earth. 2. The aim of the mission is to discover formation of water and organic molecules on mars. 3. This will be the world’s first space asteroid sampling. Select the code from following: a) 1 only b) 2 and 3 c) 1 and 3 d) All of the above Q.1) Solution (a) The Origins Spectral Interpretation Resource Identification Security - Regolith Explorer spacecraft will travel to a near-Earth asteroid, called Bennu (formerly 1999 RQ36), and bring at least a 2.1-ounce sample back to Earth for study. The mission will help scientists investigate how planets formed and how life began, as well as improve our understanding of asteroids that could impact Earth. For your Information: NASA's Goddard Space Flight Center in Greenbelt, Maryland, provides overall mission management, systems engineering and safety and mission assurance for OSIRIS-REx. Dante Lauretta is the mission's principal investigator at the University of Arizona. Lockheed Martin Space Systems in Denver is building the spacecraft. OSIRIS-REx is the third mission in NASA's New Frontiers Program. NASA's Marshall Space Flight Center in Huntsville, Alabama, manages New Frontiers for the agency's Science Mission Directorate in Washington. NOTE: This is not the first asteroid sampling mission. It was done in 2010 by Japan space agency JAXA.
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The Aerospace Update
The Aerospace Update Dec. 28, 2017 Top 2017 Space Images Video Credit: NASA SpaceX Concludes 2017 With Fourth Iridium Next launch SpaceX closed out its most successful year to date Dec. 22nd with the launch of 10 satellites for mobile satellite services operator Iridium, notching a personal best of 18 launches in a single year. The Falcon 9 mission, which took off from Vandenberg Air Force Base in California at 8:27 p.m. Eastern in an instantaneous launch window, was the fourth of eight missions for Iridium, carrying the McLean, Virginia- based operator’s second generation satellites, called Iridium Next. In what now is considered a rarity, SpaceX opted not to recover the rocket’s first stage, instead letting the booster fall into the Pacific Ocean. Video Credit: SpaceX Source: Caleb Henry @ SpaceNews.com Zenit Rocket Launches AngoSat-1 but Ground Control Loses Contact A Russian-Ukrainian Zenit rocket was launched on Tuesday, December 26th, with the aim of delivering into orbit Angola’s first satellite, known as AngoSat-1. However, it appears that contact with the spacecraft was lost after its deployment into orbit. The booster lifted off from Site 45/1 at the Baikonur Cosmodrome in Kazakhstan. Tuesday’s launch marked the first Zenit flight in more than two years when it orbited the Elektro-L № 2 weather satellite for Roscosmos. The rocket returned to flight despite fears that the Russian-Ukrainian conflict, which started in 2014, would kill any joint efforts between these two countries. Video courtesy of SciNews Source: Tomasz Nowakowski @ SpaceFlightInsider.com Land Imaging Satellite Launched for Chinese Military A land imaging satellite soared to a 300-mile-high perch above Earth Saturday, Dec 23rd after lifting off on top of a Long March 2D rocket from the Jiuquan space base in the Gobi Desert, joining a similar military reconnaissance craft launched earlier this month in the same type of orbit.
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Practice Analysis Exercise 'UK Space'
Practice Analysis Exercise ‘UK Space’ THIS PAGE IS INTENTIONALLY BLANK Participant Instructions Introduction This exercise is designed to enable you to familiarise and practice an analysis type exercise. In general, analysis exercises have an emphasis on gathering, sifting and interpreting data, as well as drawing accurate conclusions, albeit they often assess other areas too such as written communication. This exercise is a short-form analysis exercise which can serve as a useful introduction to this type of assessment. However, please note that the FSAC Analysis Exercise is longer (1 hour and 30 mins), with a greater amount of data to be covered, including video content. No specialist knowledge is required to do well in this exercise; all the information you need to provide a full answer are in these documents. You should not make any assumptions about the politics or policies of the Government of the day or of the Minister in the scenario - other than those described. Note: this exercise is entirely fictitious, is not intended to represent the real views of any government or other entity. It is designed solely to provide material with which to familiarise and practice analysis-type exercises. Timing You have 70 minutes to complete all tasks in this exercise. To ensure this practise is realistically challenging, you should ensure that you strictly adhere to these timings. You should aim to start writing after 25 minutes, or you are unlikely to have time to complete both tasks. You should spend most of this time on task 1, allowing no more than 10 minutes in total for task 2.
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March 2019 Issue 24
Issue 24 March 2019 DAMPE HXMT EP QUESS WCOM GECAM CSES XPNAV XTP SVOM SPORT eXTP ASO-S MIT SMILE Overview on China's Space Science Missions - see articles on page 18 and 21. illustrations - credit: CNSA/NSSC/CAS/IHEP/CNES/CSNO/NAO/ESA/ATGMedialab/NASA Content Chinese Space Quarterly Report preview issue no 25/26: April - June 2018 ............. page 02 • UNISPACE50+ of the United Nations in Vienna Wu Ji and Chinese Space Science ............ page 18 • 4th CCAF 2018 in Wuhan • Chang'e 4 - full mission report Overview on China's Space Science Missions ............ page 21 • visit to Landspace facility in Huzhou 2019 in Chinese Space ............ page 25 • 3rd/4th Quarterly Reports 2018 All about the Chinese Space Programme GO TAIKONAUTS! Chinese Space Quarterly Report April - June 2018 by Jacqueline Myrrhe and Chen Lan SPACE TRANSPORTATION (PRSS-1) (One Arrow-Double Star) and the smaller, experimental PakTES-1A, built by Pakistan’s space agency SUPARCO CZ-5 (Space and Upper Atmospheric Research Commission) - with In mid-April, the SASTIND (State Administration of Science, assistance from the Space Advisory Company of South Africa. Technology and Industry for National Defence) closed the The launch marks CZ-2C’s return to the international commercial investigation into the CZ-5 Y2 failure. It publicly confirmed the launch service market after a break of nearly 20 years. findings of last summer: a quality issue in the structure of the turbopump in the YF-77 cryogenic engines of the core first stage. YUANWANG The Y3 rocket is being manufactured and will be launched by Yuanwang 3 the end of 2018.
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Matematika, Kosmosas, Inovacijos (50 Užduočių Uždavinynas, Klausimai/Atsakymai)
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CAN INTERNATIONAL LAW PROVIDE A BASIS FOR ACTIVELY REMOVING SPACE DEBRIS? Scott Michael Steele The Open University, United Kingdom The Faculty of Business and Law and AstrobiologyOU Open University Profile: http://www.open.ac.uk/people/sms795 Twitter: https://twitter.com/_SMSteele_ Acknowledgment This article and presentation could not have been completed without the aid of my core supervisory team and AstrobiologyOU who is supported by the Research England Expanding Excellence in England (E3) fund. Copyright © 2020 Advanced Maui Optical and Space Surveillance Technologies Conference (AMOS) – www.amostech.com Abstract With over 500,000 objects in orbit, space pollution has now become a scientific, legal, and ethical issue and raises concerns on what the international community can do through existing ‘hard law’ and the development of ‘soft law’ to help tackle the problem. The purpose of this paper is to examine whether the application of the evolutionary principle of treaty interpretation to the Outer Space Treaty enables for active removal of space debris in a manner consistent with space governance and acceptable to private corporations and States. Active Debris Removal (ADR) has only been used in specific circumstances which successfully removed an object. International law has hindered the process of mass removal of space debris as objects cannot be removed without the consent of the relevant state. Therefore, this paper will consider whether customary international law and current state practice in analogous areas of international law would allow or could develop to enable the removal of an object from space without the need for consent of the launching state. Such an application will form a rigorous approach and introduction of space governance through an international multinational space agency approach for mutual agreement and cooperation without the need for an international treaty or political declaration.
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ESG Investment Charter Echiquier Space
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Updated Version
Updated version HIGHLIGHTS IN SPACE TECHNOLOGY AND APPLICATIONS 2011 A REPORT COMPILED BY THE INTERNATIONAL ASTRONAUTICAL FEDERATION (IAF) IN COOPERATION WITH THE SCIENTIFIC AND TECHNICAL SUBCOMMITTEE OF THE COMMITTEE ON THE PEACEFUL USES OF OUTER SPACE, UNITED NATIONS. 28 March 2012 Highlights in Space 2011 Table of Contents INTRODUCTION 5 I. OVERVIEW 5 II. SPACE TRANSPORTATION 10 A. CURRENT LAUNCH ACTIVITIES 10 B. DEVELOPMENT ACTIVITIES 14 C. LAUNCH FAILURES AND INVESTIGATIONS 26 III. ROBOTIC EARTH ORBITAL ACTIVITIES 29 A. REMOTE SENSING 29 B. GLOBAL NAVIGATION SYSTEMS 33 C. NANOSATELLITES 35 D. SPACE DEBRIS 36 IV. HUMAN SPACEFLIGHT 38 A. INTERNATIONAL SPACE STATION DEPLOYMENT AND OPERATIONS 38 2011 INTERNATIONAL SPACE STATION OPERATIONS IN DETAIL 38 B. OTHER FLIGHT OPERATIONS 46 C. MEDICAL ISSUES 47 D. SPACE TOURISM 48 V. SPACE STUDIES AND EXPLORATION 50 A. ASTRONOMY AND ASTROPHYSICS 50 B. PLASMA AND ATMOSPHERIC PHYSICS 56 C. SPACE EXPLORATION 57 D. SPACE OPERATIONS 60 VI. TECHNOLOGY - IMPLEMENTATION AND ADVANCES 65 A. PROPULSION 65 B. POWER 66 C. DESIGN, TECHNOLOGY AND DEVELOPMENT 67 D. MATERIALS AND STRUCTURES 69 E. INFORMATION TECHNOLOGY AND DATASETS 69 F. AUTOMATION AND ROBOTICS 72 G. SPACE RESEARCH FACILITIES AND GROUND STATIONS 72 H. SPACE ENVIRONMENTAL EFFECTS & MEDICAL ADVANCES 74 VII. SPACE AND SOCIETY 75 A. EDUCATION 75 B. PUBLIC AWARENESS 79 C. CULTURAL ASPECTS 82 Page 3 Highlights in Space 2011 VIII. GLOBAL SPACE DEVELOPMENTS 83 A. GOVERNMENT PROGRAMMES 83 B. COMMERCIAL ENTERPRISES 84 IX. INTERNATIONAL COOPERATION 92 A. GLOBAL DEVELOPMENTS AND ORGANISATIONS 92 B. EUROPE 94 C. AFRICA 101 D. ASIA 105 E. THE AMERICAS 110 F.
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A Dynamic Investment Model for Satellites and Orbital Debris
Network Rimini Centre for Economic Analysis Working Paper Series wp 21-11 A dynamic investment model for satellites and orbital debris Anelí Bongers José L. Torres RCEA aims to further independent, advanced research in Economics, Econometrics and related fields and to promote contact between economists, econometricians and scientists from other fields all over the world. Research at RCEA is conducted to enlighten scientific and public debate on economic issues, and not to advance any economic, political or social agenda. In this respect, RCEA mission is particularly concerned with raising awareness and stimulating discussion on the changes required to make capitalism sustainable along its economic, environmental, human, social and political dimensions A dynamic investment model for satellites and orbital debris? Anel´ıBongersa, JoséL. Torresa aDepartment of Economics, University of Málaga,Málaga,Spain Abstract This paper develops a dynamic investment model for satellites and studies the economic con- sequences of orbital debris for commercial outer-space activities. Spacecraft launches and other outer-space human activities produce pollution (i.e., orbital debris), which represent a hazardous negative externality increasing the risk of collision and the destruction of satel- lites. We regard outer space as a global common resource, where firms operating satellites maximize profits and do not internalize the social cost of orbital pollution. We simulate the calibrated model to estimate how debris affects the optimal quantity of satellites and launches, and the number of satellites destroyed by collisions. We find that the optimal quantity of satellites is a negative function of the amount of debris. The paper derives a simple expression for the maximum number of satellites to prevent the Kessler syndrome.
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