humanity, ocean colonization, space colonization, sustainability, future technology, floating cities, oceanic freedom, subdue to nobody, technology boost, enlightenment questions, seasteading, blockchain, offshoring, oceanic real estate, solve global crisis with technology, things that need to be solved in the next 30 years....
| oceanic data centers | oceanic gas technology | oceanic big data | oceanic energy |
Why global sustainability requires rocket fast technological progress:
Oceanic freedom driver of fast development - read more here: http://concretesubmarine.activeboard.com/t58935854/subdue-to-nobody/
Land space is locked oceanic space if free, mobilis in mobili- read more here: http://concretesubmarine.activeboard.com/t58980714/land-space-is-locked-oceanic-space-is-free-mobilis-in-mobili/
You can build a economy based on liquified gas, only with oceanic transport, and oceanic factories, like Prelude , and Adriatic LNG.
(Floating LNG plant Prelude - industrial installations at sea: http://concretesubmarine.activeboard.com/t58944443/prelude-ocean-based-lng-plant/
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You can handle transport sistems, that move 1000 containers in a single package, to supply a city, only at sea not at land.
A lot of things that a globalized world will require have a size that can ONLY be handled at sea. Think algea farms that take greenhouse gases out of the atmosphere, fish farms to feed 9 billion people, (necessary in 30 years from now). Power plants (solar, Otec, wave energy) that supply megacities on land. Energy buffer sistems like the ORES sphere… and the list goes on and on…only the sea and space have the property (floating mobility) that enable such megaprojects crucial for the next development step of human progress. We are growing out of our “landbased childhood pants”…as a civilisation – that is not happening 10 years from now – we are already doing it - marine megabusiness is on… a new megaport with a “floating wharf or load terminal attached” is put in function every week somwehere on the planet.
No land city could survive a single day if marine mega transport of containers would disapear. I would postulate that at the end a big part of any business on the planet will end up on the ocean. Some for seeking interference freedom, some driven by their very nature of needing friction less mobility of giant objects and fabrication sites, or needing giant spaces that are not available in existing land cities where every square inch costs a fortune and a lawyer to defend it against “conflicting interests of all kind”…
Futurists with a cientific approach are thinking in 3 steps of civilization in the cosmos:
Step 1, a civilisation that handles all the energy sources of its planet. (solar, oceanic, wind water, fossil, all of them)
Step 2, a civilisation that handles all the energy of its sun (Dyson Sphere)
Step 3, a civilisation that handles all the energy of a Galaxy.
We are on our way to come from cero to step one and become a real global civilisation ....we have made big progress to become a 1 in the last 40 years of explosive technological development.
We got thousand times more development in the last 40 years than in the 400.000 years before that. Our grandfathers were still firmly routed in a "basic farmer culture working the fields and domesticated animals" technolgy invented in Babilonia . All what goes beyond the Horse in technology (airplanes, moon landing, cell phones, computers, internet, globalization,) was invented in just 2 generations.
Blockchain - finetuning of diverging social interests by vote without political fighting and division
The "growing out of childhood pants" process will come with a lot of social and political changes, mostly driven by "global communication" and technology to do a "better form of negociating diverging interests" among humans... than fighting and traditional politics is delivering.... Politics is about interfering with other people's lives without their consent...(Peter Thiel)
Oceanic construction technology concrete honeycomb shell building
Concrete has clearly emerged as the most economical and durable material for the building of the vast majority of marine structures. Reinforced concrete too has overcome the technological problems making it a suitable material for the construction of advanced marine structures such as offshore drilling platforms, superspan bridges and undersea tunnels. As the world becomes increasingly ocean-oriented for energy and other resources it is predicted that construction activities during the 21st century will be dominated by concrete sea structures. The performance of concrete in the marine environment is presented here in a logical manner giving state-of-the-art reviews of the nature of the marine environment, the composition and properties of concrete, history of concrete performance in seawater, major causes of deterioration of concrete in the marine environment, selection of materials and mix proportioning for durable concrete, recommended concrete practice and repair of deteriorated marine structures. It is of value to any design or construction engineer responsible for marine structures.
Oceanic housing habitat for mankind, 200 billion real estate squaremeter to build on the ocean in the next 30 years... 70 Empire State Buildings per DAY !!! just to keep up with the demand of 5 billion additional humans that can not be housed on land without overstreching the delicate land based ecosystems that hold our biosphere together. Only the ocean has the space available to get this done.
Leading scientists have issued a statement as part of Earth Day 2015, highlighting the importance of action on climate change ahead of a UN conference later this year.
Today is Earth Day – an event coordinated globally as a way of honouring the Earth and demonstrating support for environmental protection. Held on 22nd April each year since 1970, it is now celebrated in 192 countries worldwide.
To coincide with Earth Day, a group of prominent scientists have issued a statement on behalf of the Earth League – an international alliance of world‐class research institutions, working to highlight some of the most pressing issues faced by humankind, as a result of climate change, depletion of natural resources, land degradation and water scarcity.
Bold action by decision-makers is required now, they claim, to pave the way for a successful agreement on carbon emissions at the UN Climate Change Conference (COP21), being held in Paris later this year. It is critically important to avoid a repeat of the disastrous Copenhagen summit of 2009.
Written by 17 world-leading scientists, the Earth Statement clarifies – in eight essential points – what the international agreement in Paris must aim to achieve to avoid dangerous tipping points of climate change. The first essential point is a commitment to limit global warming to below 2° Celsius, requiring a transition to zero-carbon societies by mid-century.
Johan Rockström, Chair of the Earth League and board member of the Global Challenges Foundation: "The window of opportunity is closing fast. We are on a trajectory that will leave our world irrevocably changed, far exceeding the 2°C mark. This gamble risks disaster for humanity with unmanageable sea-level rise, heat waves, droughts and floods. We would never consider this level of risk in any other walk of life – yet we seem prepared to take this risk with our planet. Conversely, the scientific evidence shows that we can create a positive future, but only with bold action now."
"The science, the economics and the moral imperative to protect our planet all demand this action. We are calling on policy-makers to show real leadership and commit the planet to a sustainable future," continued Rockström.
The Earth Statement warns of tipping points – thresholds in the Earth system that are difficult to reverse once crossed. It highlights recent research suggesting dramatic ice melt in parts of Antarctica may be irreversible, which provides evidence that societies need to take a precautionary approach to significantly altering the global climate.
"COP21 is the moment of truth: the last chance to stay within the 2° Celsius upper limit," says Professor Jeffrey Sachs, Director of the Earth Institute at Columbia University and an author of the Earth Statement. "The key to success is deep decarbonisation by mid-century. Our studies show that this can be accomplished, at modest cost, and with a significant improvement in the quality of life. Success will require a shared global vision, strong national commitments, and global cooperation on technology pathways."
The eight essential points of action are:
Governments must put into practice their commitment to limit global warming below 2° Celsius in order to limit unprecedented climate impact risks.
The agreement must be based on the remaining global carbon budget – the limit of what we can still emit in the future – which must be well below 1,000 gigatonnes (Gt) of carbon dioxide, to have a reasonable chance of holding the 2° Celsius line.
In the agreement, countries must commit to deep decarbonisation, starting immediately and leading to a zero-carbon society by 2050 or shortly thereafter. This will require a fundamental transformation of the economy.
Equity is critical. Every country must formulate an emissions pathway consistent with deep decarbonisation. For the sake of fairness, rich countries and progressive industries can and should take the lead and decarbonise well before mid-century.
Targeted research, development, demonstration and diffusion (RDD&D) of low-carbon energy systems and sustainable land use are prerequisites to unleash a wave of climate innovation.
The agreement should provide the starting point for a global strategy to reduce vulnerability, build resilience and deal with loss and damage of communities from climate impacts, including collective action and scaled-up support.
Countries must agree to safeguard carbon sinks and vital ecosystems, such as forests, which is as important for climate protection as the reduction of emissions.
Governments must urgently realise new scales and sources of climate finance for developing countries to enable our rapid transition to zero-carbon, climate-resilient societies.
Rockström and John Schellnhuber, fellow Earth League member and director of the Potsdam Institute for Climate Impact Research, will present the Earth Statement at the 4th Nobel Laureates Symposium on Global Sustainability in Hong Kong on Thursday 23 April. This will mark the beginning of outreach to leading decision-makers and thinkers.
- as a sphere is the most efficient space enclosure with the least material possible human activities and living spaces will end up in spheres - the end of this developent is the Dyson Sphere in Space. The starting point the ocean sphere in the "inner space of our blue planet".
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