The DRC sues Apple over blood minerals, says it can prove it

Leonard Sengere Avatar

As Zimbabwe’s agricultural output dwindled, the country started relying on mining more and more. We have seen first hand some of the problems that come from being dependent on mining for a country’s sustenance.

Every other day we hear of artisanal miners perishing in shoddily constructed mines. We hear of violence erupting over particularly rich plots of land.

We might not have the evidence but every expert tells us tonnes of minerals being smuggled out of the country every day. The environmental damage being inflicted is not balanced out by the smuggled minerals and deaths involved.

As bad as that situation is, we are practically a Utopia when compared to the Democratic Republic of Congo. There, the vast mineral wealth the country has have been more of a curse than anything else.

The DRC is an unstable country, with the government having virtually zero control over huge portions of the country. Gangs and other militia control these areas and get their funding from mining.

As you would imagine, gangs are not above enslaving people or employing children in their mines.

The DRC government is now trying to do something about it by suing Apple.

DRC sues Apple

The DRC filed criminal complaints in France and Belgium against subsidiaries of Apple, accusing it of using conflict minerals.

The lawsuit claims that Apple’s supply chain is contaminated by blood minerals. These are natural resources mined in conditions of severe human rights abuses, violence, or environmental degradation.

The lawyers representing the DRC say tin, tantalum and tungsten is taken from conflict areas and then “laundered through international supply chains”.

They argue that, “These activities have fuelled a cycle of violence and conflict by financing militias and terrorist groups and have contributed to forced child labour and environmental devastation.”

They say Apple is complicit in all this as its suppliers and subsidiaries are fuelling these activities.

Apple strongly disputes all this. They told the BBC:

As conflict in the region escalated earlier this year we notified our suppliers that their smelters and refiners must suspend sourcing tin, tantalum, tungsten, and gold from the DRC and Rwanda.

We took this action because we were concerned it was no longer possible for independent auditors or industry certification mechanisms to perform the due diligence required to meet our high standards.

You might wonder why Rwanda is catching strays there. Well, there have been allegations over the years that minerals from both legitimate and armed group-controlled mines are smuggled into Rwanda, which neighbours the DRC in the East.

Rwanda too denies this.

The DRC says it can prove that Apple is involved in conflict minerals. We shall see what’s what.

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  1. MYST🀄

    Guidelines for the Protection of Pressurised Systems Exposed to Fire – Version 2 Page 1
    m:\omr2\prosjekter\sect27\27207291\r1\27207291_r1.doc 1 April 2004
    1. INTRODUCTION
    These guidelines define the principles and a methodology that may be adopted for the
    design, construction and operation of systems and arrangements for fire protection of
    pressurised process piping and equipment.
    These guidelines are valid for on- and offshore process facilities.
    The guidelines are developed in line with the principles outlined in ISO 13702, Ref. /1/,
    and hence, also represents an important contribution to the establishment of a Fire and
    Explosion Strategy, FES, for the plants in question.
    The main principles of and major input to this document is taken from Hydro’s “Best
    Practice Depressurisation and Fire Relief Design”, Ref. /2/.
    These guidelines should be used throughout the conceptual, basic and detailed
    engineering stages of new plants. The guidelines should also be used for modification
    projects of existing plants. When key operational parameters affecting the fire safety
    are to be modified on an existing plant, the principles in the guidelines should be
    applied. It is important to use these guidelines as early as possible in a project
    development.
    The availability of information or data is increasing through a project’s lifetime. This will
    to some extent affect the analysis in the way that the need for safety margins will be
    higher when the data is less accurate or even not available, e.g. in the early phase of a
    new project. The guidelines aim to give guidance to a sound and safe approach in
    these cases.
    The objective of these guidelines is to achieve a safe and cost efficient design of
    pressurised systems that may be exposed to fire. This means a focus on fast
    depressurisation instead of using passive fire protection (PFP). PFP is considered as
    an effective measure that reduces the consequences of a fire. However, PFP also
    introduces problems relating to corrosion and ultimately possible hydrocarbon leaks,
    reduced possibilities for inspection, space and cost. The guidelines direct the design to
    take full advantage of other measures such as proper material selection, pressure
    rating, wall thickness etc. that may reduce the need for PFP. The guidelines provides a
    procedure that may be applied and supporting background information pertaining to
    hydrocarbon fire characteristics (Appendix A) and material data and failure criteria
    (Appendix B/C).
    The content of the guidelines is divided into three main parts.
    The first part (Chapter 3) presents, in general, the main principles of fire protection of
    process systems.
    The second part (Chapter 4) presents and discusses the main parameters to consider
    in a fire protection strategy for a process facility.
    The third part (Chapter 5) presents a more specific procedure for how to arrive at an
    optimum protection scheme with respect to fire protection of process systems.
    The application of this procedure is considered to result in adequate protection against
    realistic fires. A supplement to the procedure is to use a risk-based approach for the
    fire scenarios, the heat loads and acceptance criteria for rupture. It must be documented….

  2. SpaceBoi👾

    MINING
    in zero
    gravity
    MFA DEGREE PROJECT 2018
    ADVANCED PRODUCT DESIGN
    Anders Sandström
    With all of the challenges facing the mining industry today,
    what would it be like if we look to the stars for our future
    mining prospects?

    Introduction
    CHALLENGES IN MINING
    PRODUCTIVITY AND DEMAND
    Most of the easily accessible high-grade ores on the
    planet are on the verge of running out1
    . We have built
    our civilization on the minerals that we extract from
    the earth’s crust and we use them in every aspect
    of our lives. Demand for the main metals that mod-
    ern society needs to produce goods has increased
    dramatically over the past few decades, thereby
    increasing the extraction to meet this demand.
    As an example, the cost of producing copper has
    risen 300% in the last 15 years, while ore grade has
    dropped 30% and demand has doubled2
    .
    Mining companies are forced to dig deeper where
    minerals are more and more scarce and at the same
    time keep the operations profitable. Also by dig-
    ging deeper and deeper the hotter the temperatures.
    We are now on the verge of reaching depths where
    mines become a hostile environment for human life.
    SUSTAINABILITY
    Our society is becoming more aware of the impact
    our industrial processes have on our planet and
    its climate. This has lead to stricter environmental
    regulations for the mining industry. Mining processes
    produce large volumes of waste, some of it highly
    toxic. This waste can result in acid mine drainage
    and groundwater contamination. Other problems
    include erosion, formation of sinkholes, loss of biodi-
    versity, and contamination of soil and surface water
    by chemicals from mining processes3
    .
    Meeting the increasing demands for met-
    als also makes the mining industry one
    of the most energy-intensive industrial
    sectors. According to the International
    Energy Agency, between 8% and 10%
    of the world total energy consumption is
    dedicated to the extraction of materials
    that the society demands, and that num-
    ber does not take into account metal-
    lurgical processes, transport and other
    mining-related activities. Despite stricter
    regulations mining has a detrimental
    effect on our environment and seems
    like it always will. At least as long as we
    continue to mine our own home world.
    RELEVANCE
    This is relevant for society since the cur-
    rent mining industry is on a downward
    slope. While ore grades are declining,
    costs are increasing and the ecological
    impact getting more severe, demand
    is steadily increasing. Our society is
    increasingly dependent on a functioning
    mining industry, so what happens when
    it no longer functions? Mining in space
    will become our only way forward if we
    intend to continue developing our society
    with the same materials as today.

  3. MYST🀄

    Propulsion, power and thermal systems for a Mars
    mission
    Oliver Boom (boom@kth.se), Francesco Tosto (tosto@kth.se), Guillaume Tousignant
    (gtou@kth.se), Tong Wang(tongw@kth.se)
    KTH Royal Institute of technology
    Abstract
    The aim of this paper is to prove the feasibility of a Mars mission from the propulsive and electrical
    generation point of view. Different technologies are presented, while calculations are performed for fuel mass
    and engines/subsystems main dimensions. Bimodal nuclear thermal rockets, along with solar arrays and batteries,
    has been proven to be the best option for both propulsion and power generation during the whole mission. Safety
    requirements and thermal control system are also studied.
    I. INTRODUCTION
    Colonizing Mars is becoming an increasingly popular topic in today’s space research. Several space
    agencies and private companies are investing huge amounts of money in the study of advanced technologies
    that would enable a future landing on Mars. However, rocket engines now available for space exploration
    are not able to simultaneously achieve high specific impulse values and, at the same time, consume
    little propellant. It is therefore necessary the development of new propulsion technologies; important
    requirements of the propulsion system could be, for example:
    ‚ high specific impulse;
    ‚ high level of thrust;
    ‚ low risk of failure to safeguard crew on board;
    ‚ bimodal operation for primary power generation.
    During the past years several solutions have been studied: the most intriguing is undoubtedly represented
    by the Nuclear Thermal Rocket (NTR), designed and developed by NASA as part of NERVA program[1].
    This technology, in particular the bimodal NTR, is being studied and analyzed in this paper. Due to its
    properties, it has been found to be the most suitable for a Mars mission.
    A brief description of the Mars mission, together with its requirements, is given in section II.
    A detailed overview of the NTR propulsion system, along with other available technologies, is instead
    shown in section III. Engines and fuel mass estimations for the mission are instead discussed in section IV.
    Electrical power is provided by the nuclear rocket due to its bimodal operational mode: an extended
    overview, together with power requirement calculations for interplanetary travel and Mars/Earth orbit, is
    instead discussed in section V. Thermal control system is instead the topic of section VI.
    Last two sections are related to safety issues (section VII) and off-nominal cases (section VIII).
    II. MISSION REQUIREMENTS
    Several constraints have been considered for the manned Mars Mission outlined in this paper. Firstly, it
    is assumed that the space ship adopted to travel backward and forward from Mars should be able to carry
    30 passengers and provide them all life support facilities.
    The whole ship should be ready by the year 2032. Optimistically, it is assumed that by then already….

  4. Okano

    Mist wave kundinyangadza nezvipost zvako zvisina basa

  5. SpaceBoi👾

    ZINGSA we are ready to get of this rock and explore. It’s inevitable as Thanos warned, humans will destroy our homeworld and make it into Dune, we need plan B, Ad Astra. ✨

    Copy; NASA, Soyuz Cosmonauts, ESA, Japan, China, India, Pakistan, Nigeria, South Africa, Morocco

  6. SpaceBoi👾

    Executive Summary
    This report presents the results from the nine-month, Phase 1 investigation for the Robotic Asteroid
    Prospector (RAP). The central objective is to determine the feasibility of mining asteroids.
    Ideally, this determination should be economic, technical, and scientific to lead to the
    conceptualization of initial robotic and later human asteroid mining missions.
    The RAP team began its work from a deeply skeptical perspective on the viability of long-term
    space industrialization, including the minerals and mining sector. The team posited that for
    asteroid mining to become feasible, its advocates must make five arguments successfully:
    1. That there are accessible, exploitable, and valuable minerals, metals, and possibly H20 in
    the asteroids,
    2. That a sustained market demands exists or will exist on Earth, in space, or both,
    3. That the team can develop a transformational mission design to make frequent, repeated
    missions to an asteroid possible.
    4. That the team can design, develop, and produce the innovative spacecraft necessary to carry
    out the mission, and
    5. That the team can develop the necessary robotic mineral extraction, beneficiation,
    processing, and concentration technologies.
    The RAP team made progress on each of these criteria, as follows.
    1. Accessible Resources — The RAP team identified water as the commodity most likely to
    be of value for extraction and sale to customers in space for use as propellant. Platinum
    group metals (PGM) are the best candidates for potential sale on Earth, however the scope
    of the undertaking would require returning PGMs to Earth in the 10s of metric tons. Rare
    Earth Elements (REEs), although increasingly in demand on Earth, do not appear to be a
    viable candidate at this time because of the high cost and complexity of processing the ore.
    Additionally since the current cost of REEs extracted from the Earth is driven by the cost
    of the environmental remediation associated with that activity there is the very real chance
    that reducing those remediation costs would be a more cost effective way to increase the
    supply of REEs than asteroid mining. . Future potential economic resources included
    scientific samples, regolith for radiation shielding, structural elements such as Al, Fe, Si,
    and Ti, processed water for life support, and processed regolith for agricultural soil.
    With respect to where to find these resources, the RAP proposal baselined a set of
    telescopes in Venus orbit, looking outward from the Sun to identify and track the
    population of Near Earth Asteroids with far greater precision than currently available.
    Therefore, the RAP team was delighted when Planetary Resources LLC announced their
    startup in 2012, with a first phase of deploying the Arkyd space telescopes for this purpose.
    RAP looks forward to data from advanced versions of the Arkyd that could obtain albedo,
    rotation and spectrographic data for candidate asteroids.
    2. Space Infrastructure Development Framework — The economic premise of RAP is that
    humans will develop an infrastructure for living and working in space. In this century…..

  7. MYST🀄

    Reaction Engines, Skylon, just the plane to do this type of work with other modules that will meet in space.

  8. MYST🀄

    Sales of nuclear bunkers are soaring right now even though experts say they’re basically useless in the event of an atomic blast

    https://fortune.com/2024/12/18/nuclear-bunker-sales-experts/

    The same experts who advised Noah that it doesn’t rain, water comes from the ground only…kkkk

  9. MYST🀄

    Our team was insane, Rocky Gurumani at 8.

  10. MYST🀄

    I remember now, it was Mukoma Brighton Chivandire who told me about the 8th man.

    That team was supposed to go to the wurl cup and stir.

  11. MYST🀄

    Unity Day message from Dzidzai Chidumba. ✨

    Happy Unity Day Zimbabwe🇿🇼, the love of my life. Cherish the peace and tranquility we enjoy. Our ZDF has been indispensable in ensuring enemies within and without think twice before trying to append our way of life, we thank them for their selfless sacrifice throughout the year. We also thank our people who have been strong and strong-willed to rise up to many challenges, especially some of the economic curve balls that have come our way, munodadisa Zimbabweans, you are a strong people chosen by God to show his glory🙏

    Why do we have a day of national unity? We have a day of national unity because our selfless leaders realised that fighting each other will not lead to a progressive nation; it leads to a constant cycle of violence, genocide, vengeance and breaks the social fabric, pitting tribes against tribe, race against race, gender against gender and putting political ideology before nation building. In 1987, ZANU and ZAPU came together to form ZANU PF, with the stroke of a pen we ended hostilities.📝

    As we progress further with our fledgling Republic, we will need everyone to pull in one direction because we find ourselves in one boat and only we are responsible for our destination. National unity must supersede ethnicity and social background, economic development must overcome political and personal survival; equality and the respect of human rights must become an everyday part of life, our people must be left to pursue a life of happiness and liberty.

    As we end, we invoke the national motto in your hearts.💞 Unity, Freedom and Work🇿🇼🇿🇼🇿🇼

    There could be no more apt statement to encourage, embolden and strengthen us. We are all responsible for these three words, that will be meaningless when confined to a coat of arms and not deliberate action from all of us.

    Pamberi nekubatana👊

    Pamberi neZimbabwe🇿🇼🇿🇼🇿🇼

  12. MYST🀄

    Governments and banks once mocked Bitcoin. Now they want in on it…

    https://www.aljazeera.com/economy/2024/12/21/governments-and-banks-once-mocked-bitcoin-now-they-want-in-on-it?traffic_source=rss

    There is a school of thought that says you can reform yourself out of power so some will have us stay where we are.

    There is another school of thought that says those that do not reform will be reformed out of power.

    Which are you, the laggard or the pioneer?

  13. MYST🀄

    Cocoa caps 2024 as biggest commodity winner. It’s not over yet

    https://fortune.com/2024/12/21/cocoa-price-outlook-top-commodity-2024-chocolate-costs/

    This highlights a huge African problem, sending out raw materials then buying back expensive chocolate 🍫. Then having only a few afford it, because for some having the majority eating chocolate takes the gloss of their lifestyle, somehow.😜

    Can we grow Cocoa and rubber trees in our environment Grasslands Research Center in Marondera. 🏡

  14. MYST🀄

    9 Games That Were Truly Ahead of Their Time

    https://www.howtogeek.com/games-that-were-truly-ahead-of-their-time/

    I wonder if some of my best games will make it on the list.

    Dune
    Age of Empires II
    Doom II, III
    Far Cry
    Crysis
    Duke Nukem 3D
    Star Wars: Republic Commando
    Call of Duty 2
    Brother in Arms
    Assassin’s Creed
    Need for Speed: Underground 2/ Most Wanted
    Grand Theft Auto: San Andreas
    Football Manager 2017

  15. MYST🀄

    India practices pulling its Gaganyaan astronaut capsule out of the sea (photos)

    https://www.space.com/space-exploration/human-spaceflight/india-practices-crew-module-recovery-for-gaganyaan-astronaut-mission-photos

    Once a colony, the nation of India has grown in leaps and bounds, their economy is now bigger than their colonisers’ and Tata bought Land Rover, yes the one that makes Range Rovers and Bollywood has taken on the best in cinema. That’s how it’s done, it takes imagination and not chips on shoulders. Just saying….

  16. MYST🀄

    If Africans came together with a Berlin conference like mindset and said, listen we have the resources both raw and human. Why not make a mid range luxury phone for Africa at a price points between $150 and $300, we have lots of celebrities to promote it, besides it’s cheaper and functional. Why we are at we need our own vehicles and planes. You will find our economies growing and the brain drain stemming, who doesn’t want to be part of cool stuff. We all want our continent to succeed and be known for more than blood this and blood that.💉

  17. MYST🀄

    Supply chains and logistics are super important, sometimes more than the final product. How all the details come together.

    Alexander the Great Conquered the known world because he inherited a disciplined army and a baggage train from Philip his father, which allowed his forces to be expeditionary.

    Another real world example, a country that does not have it own ports, rail and airlines is at the mercy of other nations and problems that might afflict them. A problem in another country will affect us here, it could be civil disobedience or an Act of God like a Cyclone 🌀 or earthquake. We always have to plan for the worst case scenario, if nothing happens it is probably because we planned for it, and if something does happen we are prepared.

    Those that wait to react to problems will always be in the third world by their own design.

  18. MYST🀄

    Do you know that someone can be a general in the army just dealing with food.

    My vision for the Ecology Corps is that we won’t be front line troops, but we will be kitchens that follow our army around during peace and during wartime.

    Fighting men and forces are at their most effective when well supplied and fed, their conditioning both physical and dietary is of upmost importance; calories burned and gained per day, body mass, training nutrition….. General Erwin Rommel as a junior officer spent most of his time in WW1 on horseback looking for the kitchens. A 1 million starving men can surrender to a 1000 well fed men, seems impossible until you read your history books.

    However, the Scout Snipers of the Ecology Corps will be expeditionary.

    Our water borne units will have a yearly boat race (rowing) against the Navy at Kariba; all for a bit of R and R, healthy competition and camaraderie. 🚣

    Caan tired of dreaming!

  19. MYST🀄

    The British Army is mandated to conduct a wide range
    of international training activities. We aim to support
    current and future operations, develop inter-operability
    with our allies and deliver international security co-
    operation objectives.
    The Royal School of Artillery (RSA) embraces fully the
    opportunity to train alongside our military partners,
    further enhancing our status as first class international
    training centre.
    Our courses continue to reflect the changes and
    developments in NATO and British Army Military Tactics
    and Doctrine; including lessons learnt on operations and
    war fighting.
    Should you wish to discuss any aspect of our training;
    student places, the delivery of bespoke training
    packages, staff exchanges or the provision of Training
    Teams, then please do not hesitate to contact me:
    SEO Defence Engagement: Mrs Debbie Morrison

    Before undertaking any training at The Royal School of
    Artillery, all international students must meet prescribed
    standards for the specific course which will be detailed
    in the Letter of Training Arranged (LOTA) and the Joining
    Instructions (JI’s).
    Failure to meet joining instructions is the responsibility
    of the student and his/her national authority.
    The Postal address for The Royal School of Artillery is:
    ROYAL ARTILLERY BARRACKS,
    LARKHILL,
    SALISBURY,
    WILTSHIRE SP4 8QT

    JOINING STANDARDS AND INFORMATION
    Candidates training at The Royal School of Artillery must be in good health and physically fit and robust enough to
    complete the course.
    In order to gain maximum benefit from British artillery training, international students will require a defined level of
    English. Competent/Modest User of English.
    • International English Language Testing System (IELTS). Standard required: Level 5.0
    • NATO Standardisation Agency (STANAG). Standard required: Level 2
    • Common European Framework (CEP). Standard required: Level B1
    Candidates training at The Royal School of Artillery must hold the appropriate Security Clearance in accordance with
    Defence Manual of Security Vol 1 (JSP 440) and that certificates are sent to SO2(Sy) at the RSA. All artillery courses
    available to international students are classified at Official level.
    Failure to provide receipt of the Certificate of Security and Assurance (with a photograph of the student) will prevent
    access onto the training establishment and to the course.
    There may be some courses which require multiple entry visas and this will be made clear in the LOTA & JI’s.
    Whenever possible, international students are to be accommodated in the relevant artillery Messes, or if the
    course is longer than 6 months in duration, you will be entitled to Service Families Accommodation (SFA). If you are
    planning to bring your family with you whilst attending an artillery long course, you will be required to notify the RSA
    Defence Engagement Officer as soon as possible.
    The Royal Artillery catering staff are aware of special dietary needs due to the different cultural backgrounds
    of international students. There will be at least one dish on each menu which will be acceptable to those whose
    religion forbids certain food products.
    International students are expected to conduct themselves in a manner appropriate to both their parent country and
    the UK. Instances of misconduct will be treated sensitively and fairly.

    INTERNATIONAL TACTICAL TARGETING COURSE (Non FVEYS)
    Aim. The course is designed for International Partners
    who will be employed at Headquarters using tactical
    targeting procedures. On completion it will enable
    individuals to operate competently within a targeting
    organisation, specifically at the Component Command
    level, and offer advice as an effective member of a
    targeting group at the tactical level.
    Week 1. Week one of the course comprises a series of
    presentations including Targeting Cycles, Battle Damage
    Assessment, Analytical Tools, and targeting outputs
    of Intelligence Preparation of the Environment (IPE). It
    includes a series of briefings relating to key enabling
    and integrated activity of the targeting process. Areas of
    focus are: Legal Considerations, Intelligence Support to
    Targeting, and Information Activities and Outreach.
    Week 2. In week two, students put the topics from
    week one into practise through syndicate exercises, in
    which the students demonstrate their understanding
    through the production of targeting products and back
    briefs. The final phase of week two enables students to
    look at infrastructure targets and analyse the targeting
    considerations of these targets in order to present
    options to a commander for a decision.
    Training Objectives. The following training objectives
    will be achieved:
    1. Manage a Targeting Cell.
    2. Understand and conduct the Targeting
    Process.
    3. Understand and apply Land Integrated Action.
    4. Plan and integrate Munitions and Non-
    Munitions Based Effects.
    Schedule. There is one International Tactical Targeting
    Course per year. The course duration is 10 working days.
    Qualification. There is no formal qualification for this
    course.
    Pre-course standards. Students are required to have:
    a. English Language level: IELTS 5.5 or equivalent.
    b. Experience in military planning.
    c. Experience with IT (use of MS Word, Excel and
    PowerPoint is essential).
    d. Security cleared via associated Embassy and
    UK MOD.

  20. MYST🀄

    CHAPTER 1
    GENERAL
    1. Purpose and Scope
    This manual is a guide for field artillery officers and commanders
    and staffs of all combat arms. It is concerned with the tactical em-
    ployment of field artillery. It covers organization, command, and
    tactical control of field artillery. It includes a discussion of the
    techniques involved in target intelligence and analysis, field artillery
    fire planning, and the direction of field artillery fires. It includes
    a general discussion of the principles, organization and techniques
    of coordination of fire support with particular emphasis given to
    field artillery aspects. The employment of field artillery in airborne,
    amphibious, and other special operations is covered. Where the
    term artillery is used in this manual, it refers to field artillery. For
    employment of air defense artillery, see FM 44-1 and other manuals
    of the 44-series. For additional references, see appendix I. The
    material presented herein is applicable without modification to both
    nuclear and non-nuclear warfare.

  21. SpaceBoi👾

    Mikoyan MiG-29 ‘Fulcrum’
    (1977)
    Developed by the USSR in response to
    increasingly sophisticated Western warplanes, the
    MiG-29 soon established a formidable reputation
    as an agile dogfighter. Despite its shortcomings, it
    has continued to undergo development with
    efforts to extend its range and the addition of a
    multi-role capability.

    A MiG-29 (9.12) ‘Fulcrum-A’ of the 237th Composite Aviation Regiment, stationed at Kubinka
    in the Moscow Military District in the early 1990s. This historic unit still serves as the Air
    Force’s Aviation Equipment Demonstration Centre.
    Although it entered Soviet Air Force service as a lightweight counterpart to
    the heavyweight Su-27 fighter, the MiG-29 traces its roots back to a design
    for a heavy fighter. This was later scaled down to meet a requirement for a ‘frontal’ fighter that would primarily serve in a short-range air defence role,
    but would also offer a secondary ground-attack capability. Detailed design
    work began in 1974. In order to keep pace with Western fighter
    development, the MiG-29 was to make use of a look-down/shoot-down
    capability and be able to operate in an electronic countermeasures
    environment. Other important elements of the design were undercarriage
    and engine intakes optimized for operations on rough and semi-prepared
    forward airstrips.
    Employing a blended high-lift, low-drag wing and forward fuselage, the
    MiG-29 was tailored for high angle-of-attack performance, providing
    superb low-speed and high-Alpha agility. The first of 11 prototypes
    completed a maiden flight in October 1977. After eight pre-production
    machines, the initial production version began to be delivered to the Soviet
    Air Force’s Frontal Aviation elements in 1983, and was known to Mikoyan
    as the 9.12 and to NATO as the ‘Fulcrum-A’. In this original form, the
    primary mission sensors comprised an N019 pulse-Doppler radar and an
    infra-red search and track system. The pilot was provided with a helmet-
    mounted cueing system. The similar 9.12A version was delivered to
    Warsaw Pact countries and other close allies, while the further downgraded
    9.12B was produced for export to non-Warsaw Pact operators.
    A two-seat combat trainer was developed and fielded as the 9.51 MiG-
    29UB ‘Fulcrum-B’, with radar deleted and a second seat under an elongated
    canopy. In 1984 Mikoyan flew a first example of the improved 9.13
    ‘Fulcrum-C’ that retained the basic MiG-29 nomenclature, but which
    carried additional fuel and avionics in an enlarged spine. A further
    improved ‘Fulcrum-C’ was the 9.13S model, the key features of which were
    a more advanced flight-control system and an improved N019M radar with
    multi-target tracking/two-target engagement capability and compatibility
    with advanced R-77 (AA-12 ‘Adder’) air-to-air missiles. Underwing fuel
    tanks were also now offered as standard.

  22. MYST🀄

    Where the money goes part 1: Foreign Education

    Every year we have probably close to 300,000 school leavers using data from the last time I checked.

    Let’s say 10,000 of our students are studying abroad. These students need tuition, board and rent, let’s put this at a modest $10,000 per student.

    This means that if we have a conservative 10,000 tertiary students from Zimbabwe studying in another country, we are spending $100 million United States dollars on education in foreign lands every year.

    We could speculate or deduce why our students especially those from families of well means prefer to leave their homeland every year, but my concern here is that 100million in forex every year, a very conservative figure I might add leaves our Central Bank and goes into other people’s hands. We have Universities, we have accomodations, so why do parents and students prefer to spend a small fortune on their children leaving and possibly not returning.

    We suffer numerous losses; monetary, socially, athletes, tax revenue and brain drain.

    Hardly something to be proud about.

  23. MYST🀄

    Where the money goes part 1: Vehicles

    Here I am going to make some assumptions because I do not have the relevant data, but I will use my eyeballs.

    We have a lot of cars on our roads, cars we did not make. So of we import 10,000 cars a year that cost $10,000 that’s $100million dollars of scarce foreign currency gone again every year, this is a modest figure and with education included we are already getting to half a billion dollars.

    For $100million AVM can build a Mega Factory worthy of a documentary from ZBC and National Geographic.

    Again a creative way will have to be found to get people to invest in a car manufacturing plant that will serve their needs. Listing on the Stock Exchange is one, Mutapa Investment Fund is another, Diaspora Bond is another.

    When we do make the cars, they have to be equal or better than what people can get from overseas, otherwise it’s a futile exercise leaving us with a white elephant.

    People like looks (exterior + interior), speed/power, fuel economy, infotainment, after-sales services, part availability, durability and financing.🚘🚔🚖

  24. MYST🀄

    Where the money goes part 1: Agricultural produce

    This is self explanatory, I don’t think I need to say anything here. If farms are not producing, we need to import food we can grow here. Not many things do not grow in our climate!

    Imagine a container with Onions labeled destination:Zimbabwe it’s incredulous😠

  25. MYST🀄

    Where the money goes part 1: Finished Goods

    We see the washing powders and biscuits imported, again I don’t need to say much here.

  26. MYST🀄

    Spacecraft conceptual design for the 8-meter Advanced Technology
    Large Aperture Space Telescope (ATLAST)
    Randall C. Hopkins*a
    , Peter Capizzob
    , Sharon Finchera
    , Linda S. Hornsbyc
    , David Jonesa
    ,
    Gary Mosierd
    , H. Philip Stahla
    , Dan Thomasa
    , Kevin S. Thompsonc
    a
    NASA Marshall Space Flight Center, AL, USA 35812;
    b
    Raytheon, Marshall Space Flight Center, AL, USA 35812; c
    Jacobs ESTS Group, Marshall Space Flight Center, AL, USA 35812;
    d
    NASA Goddard Space Flight Center, MD, USA 20771;
    ABSTRACT
    The Advanced Concepts Office at Marshall Space Flight Center completed a brief spacecraft design study for the 8-
    meter monolithic Advanced Technology Large Aperture Space Telescope (ATLAST-8m). This spacecraft concept
    provides all power, communication, telemetry, avionics, guidance and control, and thermal control for the observatory,
    and inserts the observatory into a halo orbit about the second Sun-Earth Lagrange point. The multidisciplinary design
    team created a simple spacecraft design that enables component and science instrument servicing, employs articulating
    solar panels for help with momentum management, and provides precise pointing control while at the same time fast
    slewing for the observatory.
    Keywords: ATLAST, large aperture space telescope, monolithic mirror, astronomy, exo-planets.
    1. INTRODUCTION
    The Advanced Technology Large Aperture Space Telescope (ATLAST) Astrophysics Strategic Mission Concept
    Study1,2
    examined several potential architectures to achieve high priority science:
    • Is there Life elsewhere in the Galaxy: characterization of exo-planets
    • Star Formation and Evolution: resolved stellar populations
    • Galaxy Formation and Evolution: super-massive black hole evolution
    • Formation of Structure in the Universe: dark matter kinematics
    • Planetary Science: origin and nature of objects in the outer solar system
    One of the three design concepts examined was an 8-meter monolithic aperture ATLAST (ATLAST-8m) for which
    NASA MSFC developed a detailed preliminary point design. ATLAST-8m is a potential next generation flagship
    UVOIR space observatory (wavelength coverage: 110 nm – 2400 nm). By virtue of its ~15 milli-arcsec (mas) angular
    resolution at ~500 nm coupled with its ultra high sensitivity, superb stability and low sky background, ATLAST-8m will
    achieve major breakthroughs in astrophysics by enabling fundamentally new observations. ATLAST-8m has the optical
    performance required to detect the potentially rare occurrence of bio-signatures in the spectra of terrestrial exo-planets,
    to reveal the underlying physics that drives star formation, and to trace the complex interactions between dark matter,
    galaxies, and the intergalactic medium.1,2
    ATLAST-8m will be able to observe the habitable zone of 145 long-lived stars
    (spectral type F,G,K) up to ~ 25 parsecs. ATLAST-8m will be able to study star formation histories in the local universe
    by measuring accurate colors and luminosities of stars in over 100 galaxies, of which over ten are giant spirals and one is
    a giant elliptical. And, ATLAST-8m will enable the study of galaxy and large structure formation by directly measuring
    key properties (both for dark and visible matter) of structures and mapping their evolution in time.

  27. MYST🀄

    If I do not tell you it’s like it never happened, so let me fill you in.

    I was walking to the Unit J shops. Ahead of me there was a white lady walking towards me with an Umbrella. Just as we were about to meet serendipitously a guy with a ngoro (cart) came and blocked her way.

    Then he started accosting her and she had to change direction. Personally I didn’t like it, it was in bad taste, we so not treat visitors like that. This is why I believe I am in a Maskirovka Village. A Maskirovka Village is a KGB concept, an entire town can be dedicated to some operation, usually as counter intelligence. Selling wares then becomes the cover.😅

    How long do you think you can stop me from linking? Rudo muti unomera paunoda, please do not get salty when others see value were you do not, but you had the first draft pick and you let it go. 🎭

  28. MYST🀄

    Where the money goes part 2: Tourism

    Some of our people when flush with cash only think about visiting foreign tourist destinations. We have a beautiful country waiting to be explored. We want the money to go around Zimbabwe🇿🇼 but there is a school of thought that if you take a photo under the Eiffel Tower you have made it in life.

    Do you know the reason France is the top tourist destination in the world? The French themselves holiday in their own country. There is a season they close down shops and they all go on holiday in their own country. This has led to world class infrastructure, that others also want to partake in.

    Only after creating world class domestic tourism will others also want to partake otherwise we get crumbs.

    #visitzimbabwe #zimbabweans

  29. MYST🀄

    Where the money goes part 2: Foreign Banks

    Around 2018, I met a banker from Mauritius. He was Zimbabwean by descent, he had come to assist those who wanted to move some of their wealth to Mauritius. He asked me if I was interested, off course I wasn’t because firstly I didn’t have the kind of money he was expecting and if in deed I had it, I would go farming.

    He did however have a lot of meetings with other people as I witnessed and I am sure he got a number of clients who were intrested, he wouldn’t fly here for no reason after all.

    I won’t get into the reasons why our wealthy people consider moving their wealth to other jurisdictions, but it happens a lot, remember the newspaper article with a list of those that had moved money offshore.

    Do a simple search on the Panama Papers website and you can see that this is something we can ill afford especially due to the scarcity or so we are told of foreign currency.

    I won’t get into specifics of why we move our money to other banking jurisdictions, but this is were the money goes.💸

  30. MYST🀄

    Where the money goes part 2: Subscription services

    Those subscription services you show off to us with, like;

    DSTV, Disney+, Steam, Netflix, Spotify, Hulu, Airline tickets, Software licences fees….

    When we try start local streaming options, we get shutdown, a double edged sword, no vision and no attention to small things that add up.📈

  31. MYST🀄

    Where does the money go part 2: Clothing

    When I worked at Cape Union Mart I had to spend a week behind the till in Claremont to get a feel of the shops.

    I met so many Zimbabweans, not those living in South Africa but those on holiday or business who came to spend a small fortune buying clothes and shoes in Cape Union Mart.

    If we do not support our own labels or do not have a wide variety of our own affordable labels and brands, people will go elsewhere to buy clothes like Mr.Price. Wouldn’t it be better if Cape Union Mart was here and paid tax to the government at least and provided jobs?

    The cost of clothing also means that some of us who are not part of the middle class will have to make do with bales. Yes clothes from bales are cheap, but were do they come from?. Someone has to spend money on transport to go fetch them from the coast, then also pay for that bale. That’s were the money goes💸📈

  32. DJD 💀

    It’s not Christmas without Sunjam 🍯and Leonard Dembo on deck.

    Musorowenyoka – Musharudzii’

  33. DJD 💀

    On deck:

    Mr. Vegas ft Irishman – Never leave you lonely

    Tommy Lee Sparta – Spartan soldier

    Mr. Lexxus – Ring up mi cellie

    General Degree – Innah

    Master H – Vhurahombe

    Freeman HKD – Muchandinzawo’

    Pengaudzoke – Zvibate pamhaka

  34. sean boyleyxg,Ucfigdiytsyurssuysrsyr3xuyyif

    This is almost click bait right? Old news already that Apple will no longer be buying materials from those countries, so now rebels will struggle to sell them, and Zim agriculture is dwindling why? You failed to explain why …… ? The future of zim is in Agri, it’s most important

  35. MYST🀄

    Spotlight on Europe
    Sustainability has long been a pillar of European policy, industrial
    planning, and technological development. From 1990 to 2022
    EU GHG emissions dropped by more than 30%.

    Nevertheless, Europe needs to deploy greater efforts to achieve its 2050
    climate neutrality goal, and agriculture plays a key role in
    addressing this issue. Although European agricultural emissions
    are decreasing, they still account for around 11% of the EU total.

    In Europe, climate change negatively affects crop yields and water availability and increases the spread of new diseases.

    The role of the main industry stakeholders in this scenario is
    analysed below.

    Farmers
    Europe is at the forefront of agricultural innovation. European
    farmers have some of the highest levels of adoption of agtech and precision agriculture practices in the world.

    An estimated 62% of farmers – the highest percentage in the
    world – are using agtech or planning to adopt it in the next
    two years.

    The European adoption rate for precision agriculture is around 21%, with yield monitoring and mapping, variable-rate fertiliser application, sprayer section controllers, and in field soil sensors among the most widely-used applications.

    Within Europe, adoption rates vary by country, with the Netherlands
    showing the highest levels of adoption.

    On the other hand, broader adoption of agtech is hindered by a number of barriers. Besides financial constraints, farmers may be limited by a lack of awareness of available opportunities. Furthermore, some farmers perceive agtech as being too
    complex. This is especially true for smaller and older farmers, with larger farms showing higher rates of technology adoption.

    6. Market Analysis Report (2023), Grand View Research
    8. EU agriculture and climate change (2015), European Environment Agency
    7. State of Europe’s Environment | European Environment Agency
    9. Agtech: Breaking down the farmer adoption dilemma (2023), McKinsey & Company

    Farm management is another vibrant
    agtech application, in which artificial
    intelligence (AI) and decision-making
    support tools are used to assist farmers in their use of resources and make their practices more sustainable.

    Precision agriculture techniques use
    monitoring technology and data analysis tools to boost productivity and achieve sustainability. Information is collected
    through sensors, the Internet of Things (IoT), drones, and satellites.

    With an estimated market size of $10.5bn in 2023 and a projected compound annual growth
    rate (CAGR) of 12.8% by 2030, this
    segment is increasingly gaining traction.

    The broad applications of precision
    agriculture, along with its ability to offer sustainable solutions, make it the main focus of this report.

    Comment: Africa has the world’s largest arable land, estimated to be above 60% However, our farmers fail to compete because of a myriad of factors some of which can be solved by good consistent policy. When making policy note that ministries are interlinked. For example for farmers to use The Internet of things (iOT) and AI they need an affordable high speed internet connection which falls in the ICT department. For farmers to access private equity and competitive interest rates they need the Finance Department. For mapping farmers will need ZINGSA and so on. This requires collaboration and steering committees of different departments working together for the national good, hopefully with egos left at the door. 🚪

    Imagine a war in Europe affecting market prices in Africa because we find it easier to import things like wheat instead of growing it ourselves, some still believe wheat cannot be grown in Africa, but there is a drought resistant rain fed wheat that was successfully grown in West Africa. We should be in a prime position right now to be supplying war torn Europe with agricultural produce and gas and exploiting other value and supply chains that become targets of opportunity.

  36. MYST🀄

    It’s not Christmas Eve without rain. Thank you Lord for the rain.🙏🌀

  37. DotCom

    I wonder who has got the patience to read all the stuff in the comments section. You may want to employ someone to surf some less important comments

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