H Plus Summit Slides Text - Revision history

Syk0 saje at 12:56, 4 May 2011

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	The real deal: autonomy, no sacrifice in comfort, full freedom to pursue what you need. This is unbelievable for most, but real if you choose it - as you can't depend on the next guy to do this. Start a new system, this one is broken - and evolve to freedom.		The real deal: autonomy, no sacrifice in comfort, full freedom to pursue what you need. This is unbelievable for most, but real if you choose it - as you can't depend on the next guy to do this. Start a new system, this one is broken - and evolve to freedom.

	~~http://openfarmtech.org/weblog/~~		[[Category: Presentations]]
			[[Category: Past Events]]

	[[Category:Presentations]][[Category:~~Humanity Plus Summit Presentation~~]]

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	What's the economy? Digital fabrication and permaculture for food, energy, and technology base like cars and fuels. neosubsistence. Produce if you like. Let an automated tractor do your agriculture, or a robot milk your goats. Time requirement - we're doing an experiment that shows 12 hours of time per person per year for all your food needs. That's less than the time you go grocery shopping. This grows and collects your energy and fuels. You live a quality of life where you decide what to do with your time. The rest is harvest and enjoying local food. You can go to the restaurant, too. We do trade, but we also know how to produce everything.		What's the economy? Digital fabrication and permaculture for food, energy, and technology base like cars and fuels. neosubsistence. Produce if you like. Let an automated tractor do your agriculture, or a robot milk your goats. Time requirement - we're doing an experiment that shows 12 hours of time per person per year for all your food needs. That's less than the time you go grocery shopping. This grows and collects your energy and fuels. You live a quality of life where you decide what to do with your time. The rest is harvest and enjoying local food. You can go to the restaurant, too. We do trade, but we also know how to produce everything.

	Does this seem crazy? The fundamental question is - do people want to become integrated humans who understand basic systems theory that points to everything being interconnected? Can we reconnect to ourselves, our deepest needs, to others, to nature? Production - or use of nature to meet needs - is the deepest form of connection that anyone can strive for. Advanced humanity is integrated humanity - which does not throw out the basics in search for disintegrated point solutions. Those can only be bandaids to our complex, integrated existence.		Does this seem crazy? The fundamental question is - do people want to become integrated humans who understand basic systems theory that points to everything being interconnected? Can we reconnect to ourselves, our deepest needs, to others, to nature? Production - or use of nature to meet needs - is the deepest form of connection - to nature and to oneself - that anyone can strive for in practice. Advanced humanity is integrated humanity - which does not throw out the basics in search for disintegrated point solutions. Those can only be bandaids to our complex, integrated existence. The question boils down to our capacity to take responsibility for the world around us - and that is living and letting live by being as productive and powerful as possible.

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	As technology drops in size, and information flows increase - the inevitable is technological recursion where anyone can make anything anywhere. You can create a locus of advanced civilization - on a 30 acre ~~farm~~. That's our experiment.		As technology drops in size, and information flows increase - the inevitable is technological recursion where anyone can make anything anywhere. You can create a locus of advanced civilization - on a 30 acre freehold. That's our experiment.

	The last frontier in decent materials - or decentralization materials. Take Open Source Fab Lab, and reproduce technological process down to all industry, and smelt aluminum from clay and silicon from sand. ~~Locally~~, so you don't have to go to war to get the same, especially if solar energy is available.		The last frontier in decent materials - or decentralization materials. Take Open Source Fab Lab, and reproduce technological process down to all industry, and smelt aluminum from clay and silicon from sand. Do this locally, so you don't have to go to war to get the same, especially if solar energy is available.

	As technology drops in size, and information flows increase - the inevitable is technological recursion where anyone can make anything anywhere. You can create a locus of advanced civilization - on a 30 acre parcel. That's our experiment.		As technology drops in size, and information flows increase - the inevitable is technological recursion where anyone can make anything anywhere. You can create a locus of advanced civilization - on a 30 acre parcel. That's our experiment.
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	What's the economy? Digital fabrication and permaculture for food, energy, and technology base like cars and fuels. neosubsistence. Produce if you like. Let an automated tractor do your agriculture, or a robot milk your goats. Time requirement - we're doing an experiment that shows 12 hours of time per person per year for all your food needs. That's less than the time you go shopping~~. 1/2 hour per week~~. This collects ~~and grows~~ your energy and fuels. You live a quality of life where you decide what to do with your time. The rest is harvest and enjoying local food. You can go to the restaurant, too. We do trade, but we also know how to produce everything.		What's the economy? Digital fabrication and permaculture for food, energy, and technology base like cars and fuels. neosubsistence. Produce if you like. Let an automated tractor do your agriculture, or a robot milk your goats. Time requirement - we're doing an experiment that shows 12 hours of time per person per year for all your food needs. That's less than the time you go grocery shopping. This grows and collects your energy and fuels. You live a quality of life where you decide what to do with your time. The rest is harvest and enjoying local food. You can go to the restaurant, too. We do trade, but we also know how to produce everything.

			Does this seem crazy? The fundamental question is - do people want to become integrated humans who understand basic systems theory that points to everything being interconnected? Can we reconnect to ourselves, our deepest needs, to others, to nature? Production - or use of nature to meet needs - is the deepest form of connection that anyone can strive for. Advanced humanity is integrated humanity - which does not throw out the basics in search for disintegrated point solutions. Those can only be bandaids to our complex, integrated existence.

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	A resource-based economy means that you are processing natural resources using advanced but appropriate, open source technology. You create an economy of products, not federal reserve notes that are backed only by faith, because that belief can vaporize at any time. Can we compete with mainstream production? This means, in the broadest scale, can we compete with agriculture and technology as we know it today? Modern agriculture is the use of land to convert petroleum into food. Our proposed post-scarcity route is conversion of land to food using biomass fuel for machines, humans, and animals. For doing this, we need to do 25 hours or under per person per year - that's how much time a person spends grocery shopping. We have a plan for 12 hours per person per year - permacultural garden, edible landscape, animals, and field crop with automated tractor. This is easy to do with permaculture, mechanization, and automation. It's harder if you go to genetic engineering and growing everything in test tubes. It's doable, but each choice has its consequences.		A resource-based economy means that you are processing natural resources using advanced but appropriate, open source technology. You create an economy of products, not federal reserve notes that are backed only by faith, because that belief can vaporize at any time. Can we compete with mainstream production? This means, in the broadest scale, can we compete with agriculture and technology as we know it today? Modern agriculture is the use of land to convert petroleum into food. Our proposed post-scarcity route is conversion of land to food using biomass fuel for machines, humans, and animals. For doing this, we need to do 25 hours or under per person per year - that's how much time a person spends grocery shopping. We have a plan for 12 hours per person per year - permacultural garden, edible landscape, animals, and field crop with automated tractor. This is easy to do with permaculture, mechanization, and automation. It's harder if you go to genetic engineering and growing everything in test tubes. It's doable, but each choice has its consequences.

	The main attraction from the societal perspective is that if we live from local resources, population explosion is impossible.		The main attraction from the societal perspective is that if we live from local resources, population explosion is impossible - by design of visible resource feedback.

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	Lifestyle? The critical gap of post-carbon, doomsday, and other ~~fatalists~~ are that ~~we need to restrict ourselves in our~~ prosperity~~. I don't think so~~. We propose neosubsistence - high-~~tech~~, ~~automated survival~~ where you don't ~~need to~~ work much, so you ~~start to pursue your dreams more~~. Materials are not an issue. Energy isn't. Peoples' ~~imaginition~~ is the limit on this one.		Lifestyle? The critical gap in post-carbon, doomsday, ecovillage, and other fatalist scenarios are that these movements promote restrictions on prosperity. We propose neosubsistence - high-techself-providing option, where trade happens only if you want it to happen, not because you are forced to do it. In this scenario, you don't work hard as much as you work smart. The reward is time liberated for other pursuits. This could be existential crisis if you no longer know what to do with yourself - for whom evolving to freedom is not an option. But if you do want to evolve to freedom, the extra time available will help you do that very well. Materials are not an issue. Energy isn't. Peoples' imagination is the limit on this one.

	But, lifetime design equipment is key - or you can't keep up with your tools. 10% depreciation on ~~tractors and things kills~~ you ~~if they~~ are not lifetime design.		But, lifetime design equipment is key - or you can't keep up with your tools. 10% depreciation on all type of equipment means slavery to maintenance - so you need products that are not designed to break. This is a missing link that we're addressing with lifetime design in the GVCS.

	So we're coming up with Tractor Construction Set~~. And~~ Steam Engine Construction Set ~~for solar~~ and ~~mobile power~~.		So we're coming up with Construction Sets - Tractor Construction Set, Steam Engine Construction Set, FabLab Construction Set - everything made of plug-and-play modules that you can understand and work with.

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	This brings me to fabrication aspects. Move on to RepLab - the open source fab lab. You may have heard of the fab lab - the lab scale microfactory where they claim you can make just about anything. RepLab Construction Set is what we're interested in general - plug-in modules for all types of fabrications. ~~Like~~ antennas ~~made~~ from chicken wire in FabFi. The RepLab is a universal constructor.		This brings me to fabrication aspects. Move on to RepLab - the open source fab lab. You may have heard of the fab lab - the lab scale microfactory where they claim you can make just about anything - the mini-china on your desktop. RepLab Construction Set is what we're interested in general - plug-in modules for all types of fabrications. You can make antennas for wireless from chicken wire and CNC routed frames - FabFi from the FabLab work. The RepLab is a universal constructor.

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	A resource-based economy means that you are processing natural resources using advanced, open source technology. You create an economy of products, not federal reserve notes that are backed by ~~some form of human belief~~, because that belief can vaporize at any time. Can we compete with mainstream production. ~~Food:~~ we need to do 25 hours or under per person per year - that's how much time a person spends shopping. We have a plan for 12 hours per person per year - permacultural garden, edible landscape, animals, and field crop with automated tractor.		A resource-based economy means that you are processing natural resources using advanced but appropriate, open source technology. You create an economy of products, not federal reserve notes that are backed only by faith, because that belief can vaporize at any time. Can we compete with mainstream production? This means, in the broadest scale, can we compete with agriculture and technology as we know it today? Modern agriculture is the use of land to convert petroleum into food. Our proposed post-scarcity route is conversion of land to food using biomass fuel for machines, humans, and animals. For doing this, we need to do 25 hours or under per person per year - that's how much time a person spends grocery shopping. We have a plan for 12 hours per person per year - permacultural garden, edible landscape, animals, and field crop with automated tractor. This is easy to do with permaculture, mechanization, and automation. It's harder if you go to genetic engineering and growing everything in test tubes. It's doable, but each choice has its consequences.

	~~So we can prosper.~~ The only thing we need to watch out is keeping up with knowledge, which makes our lives explode with confusion. Human wisdom needs to increase. I don't recommend that we remove ourselves as far as possible from ~~natural life support systems, or go to space.~~		The main attraction from the societal perspective is that if we live from local resources, population explosion is impossible.

	~~For example: permaculture could provide now. Add remote control tractors, and your food is obtained at under 50 hours per person per year.~~

	~~This is~~ the ~~average amount a person spends grocery shopping per year. This~~ is about 25 hours per person per year. So we must be competitive with this amount of time to replace Shopping with growing. Easy to do with permaculture and automated tractors. You don't need to GE everything and grow things in test tubes.

	If we live from local resources, population explosion is impossible.

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	One of our competitors is Seasteading - and i mention this because the founder is at this conference as well. We think it's much easier on land, if you have a resource based economy, becuase you don't have a $10/sq foot tax on your platform (in the form of depreciation at sea).		One of our competitors is Seasteading - and i mention this because the founder is at this conference as well. We think it's much easier on land, if you have a resource based economy, becuase you don't have a $10/sq foot tax on your platform (in the form of depreciation at sea).

	Our competition is the mainstream economy. So our main competitor is people enjoying their 9 to 5s. We gather a few friends, live happily ever after. What are the conditions under which ~~this~~ is widely adopted, to create a Viral Village pattern?		Our competition is the mainstream economy. So our main competitor is people enjoying their 9 to 5s. We gather a few friends, live happily ever after. What are the conditions under which our offer is widely adopted everywhere, to create a Viral Village pattern? Can a resource-based economy work?

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	~~The~~ subset of ~~tech that we promote is~~ the GVCS ~~- we're building the construction~~ set for building civilization...		We are developing a small subset of technology known as the Global Village Construction Set (GVCS), or Resilient Community Construction Set (RCCS). This is asmall set of tools sufficient for building advanced civilization. In particular, we claim that with these 40 technologies and metal plus electronic components from the greater world - we can create advanced civilization on a shoestring budget. That assumes, of course, that we have people to use these tools.

	~~That's what we're doing. In particular~~, ~~we claim that with these 40 technologies~~ and ~~external metal supply~~, we can ~~create civilization~~ from ~~scratch~~. (40 pieces)		These tools include cars, tractors, construction equipment, solar power generation, and adaptable, digital fabrication. You can use the digital fabrication to build a copy of the entire toolset from scrap steel. (40 pieces)

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	Open source torch table prototype:		Open source CNC torch table prototype:

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	...and CEB press. ~~Open~~ source, crowd ~~supported~~, post-scarcity ~~aimed~~.		...and CEB press. It is open source, it was crowd funded (including our workshop), and it contributes to post-scarcity.

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	So maybe this is a great example of post-scarcity economics for real needs? How about CEB housing: ~~gallery gallery gallery~~		So maybe this is a great example of post-scarcity economics for real needs? How about CEB housing:

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	One of our competitors is Seasteading - and i mention this because the founder is at this conference as well~~. Patri claims awesome experimentation in novel social and political forms~~. We think it's much easier on land, if you have a resource based economy, becuase you don't have a $10/sq foot tax on your platform (in the form of depreciation).		One of our competitors is Seasteading - and i mention this because the founder is at this conference as well. We think it's much easier on land, if you have a resource based economy, becuase you don't have a $10/sq foot tax on your platform (in the form of depreciation at sea).

	Our competition is the mainstream economy. So our main competitor is people enjoying their 9 to 5s. We gather a few friends, live happily ever after. ~~Is it possible~~?		Our competition is the mainstream economy. So our main competitor is people enjoying their 9 to 5s. We gather a few friends, live happily ever after. What are the conditions under which this is widely adopted, to create a Viral Village pattern?

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	If we have energy, then we can have materials. Let's turn dirt into advanced civilization.		If we have energy, then we can have materials. Let's turn dirt into advanced civilization. Take ubiquitous clay, and you can smelt aluminum. This is also known as advanced civilization. Take ubiquitous sand and you have silicon. This is also known as the digital age.

	1. Take clay, and you can smelt aluminum. This is ~~aka~~ advanced civilization.

	2. Take sand and you have silicon. This is ~~aka~~ digital age.

	~~It's happening fast~~.

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	For technology - here's my favorite example. You can build RepRap - the OS 3d printer - for 300 in parts. It would cost you $10k ~~for~~ a commercial version.		For technology - space age Star Trek replicator is here. Here's my favorite example. With 3D printing, you can download a design from across the globe and print it on your desktop. 3D printing is like a MiniChina on your desktop. And here comes the power of Open Source. You can build RepRap - the Open Source 3d printer - for 300 in parts. It would cost you $10k to get a commercial version.

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Slide 1- Cover

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	Imagine if you took all that society has learned to date, and ~~apply~~ it to a better world? Then you have a situation of post-scarcity with resilient communities? I mean humanscape, just like today, but based on open source knowledge - scalable from little community, town, to ~~cities~~. How could it be?		Imagine if you took all that society has learned to date, and applied it to making a better world. Then you have a situation of post-scarcity economies with resilient communities. I mean humanscape, just like today, but based on open source knowledge - scalable from little community, town, to city. How could it be?

	Humanity are at a unique point in history of high tech and instant communication. Today, it's possible to create advanced civilization from dirt and sticks, anywhere. This has been proven historically - except on a the global scale. ~~People continue to plunder and kill~~ each other to the tune of 150M ~~wardeaths~~ per century, and current events indicate that this ~~will~~ not ~~stop~~. Let's cut that out, and get high-tech, advanced neosubsistence from any piece of land - living from local resources by using advanced technology and automation. This makes war obsolete, governments disappear as there is no more need to redistribute wealth (the role of gummit), and population explosion is impossible if we're using local resources to live.		Humanity are at a unique point in history of high tech and instant communication. Today, it's possible to create advanced civilization from dirt and sticks, anywhere. This has been proven historically - except on a the global scale. THat scenario included plundering each other to the tune of 150M war deaths per century, and current events indicate that this is not the end of it . Let's cut that out, and get high-tech, advanced neosubsistence from any piece of land - living from local resources by using advanced technology and automation. This makes war obsolete, governments disappear as there is no more need to redistribute wealth (the role of gummit), and population explosion is impossible if we're using local resources to live.

	~~Living~~ 100% from the land immediately around you is a trivial possibility using today's technology~~- and it's scalable to communities, towns, and cities~~. You say no way, how can I do that? Well, you'd have to become an integrated human - capable and powerful - but that's the theme of this conference, so I will continue.		The good news is - living 100% from the land immediately around you could be a trivial possibility using today's technology. You say no way, how can I do that? Well, you'd have to become an integrated human - capable and powerful - but that's the theme of this conference, so I will continue.

	Let's build a post-scarcity town. No doomsday scenarios required.		Let's build a post-scarcity town. No doomsday scenarios are required.

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	We start with 6 ways to die, and how to avoid it: too cold, too hot, hunger, thirst, illness, injury. Thus, we need to produce some basic requirements to avoid this: food, energy, housing, technology - so we don't need to keep running out of food ~~or products~~ and ~~have to steal them from others as has been the standard throughout history~~. All energy comes from the sun, and nature provides all materials. To thrive, we convert these materials to useful form by using information and ~~tools~~.		We start with 6 ways to die, and how to avoid it: too cold, too hot, hunger, thirst, illness, injury. Thus, we need to produce some basic requirements to avoid this: food, energy, housing, technology - so we don't need to keep running out of food and causing trouble. All energy comes from the sun, and nature provides all materials. To thrive, we convert these materials to useful form by using tools of information and technology.

	It boils down to energy - do we have it? The USA use ~~approaches 1000~~ GW (~~3kW~~ per person) these days. You don't have to be a NASA scientist to ~~verigy thatthis~~ power can be generated from a square area of 100 miles on the side, using 10% ~~effficient~~ solar thermal ~~concentrator power~~. This is about .3% of the area of the USA. Next.		It boils down to energy - do we have it? The USA, electricity use is about 500 GW (under 2 kW per person) these days. You don't have to be a NASA scientist to verify that this power can be generated from a square area of 100 miles on the side, using 10% efficient solar thermal concentrators to generate electricity. This is about .3% of the area of the USA, and four times less than the area covered by all roads. Next.

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Slide 1- Cover

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	I will tell about our work on building the World's First, Replicable, Post-Scarcity Resilient Community. My name is marcin, background is born in ~~Polan~~ - ph.d. in fusion energy physics, but now I took a mid course ~~connection~~. Let me tell you about it.		I will tell about our work on building the World's First, Replicable, Post-Scarcity Resilient Community. My name is marcin, my background is: born in Poland - ph.d. in fusion energy physics from U. Wisconsin, Madison, but now I took a mid course correction. Let me tell you about it.

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	Imagine if you took all that society has learned to date, and apply it to a better world? ~~How about~~ a post-scarcity, resilient ~~community~~? I mean ~~a settlement~~, just like today, but based on open source knowledge - scalable from little ~~villages~~ to cities. ~~What would~~ it ~~look like~~?		Imagine if you took all that society has learned to date, and apply it to a better world? Then you have a situation of post-scarcity with resilient communities? I mean humanscape, just like today, but based on open source knowledge - scalable from little community, town, to cities. How could it be?

	~~The unique part is that we have~~ a unique point in history of high tech and instant communication. Today, it's possible to create advanced civilization from dirt and sticks, anywhere. This has been proven historically - except on a the global scale. People continue to plunder and kill each other ~~to get their piece across the globe,~~ to the tune of 150M per century, and ~~history indicates~~ this ~~number~~ will ~~increase this century~~. Let's cut that out, and get high-tech, advanced neosubsistence from any piece of land. This makes war obsolete, and population explosion is impossible if we're using ~~primarily~~ local resources to live.		Humanity are at a unique point in history of high tech and instant communication. Today, it's possible to create advanced civilization from dirt and sticks, anywhere. This has been proven historically - except on a the global scale. People continue to plunder and kill each other to the tune of 150M wardeaths per century, and current events indicate that this will not stop. Let's cut that out, and get high-tech, advanced neosubsistence from any piece of land - living from local resources by using advanced technology and automation. This makes war obsolete, governments disappear as there is no more need to redistribute wealth (the role of gummit), and population explosion is impossible if we're using local resources to live.

	Living 100% from ~~any single~~ land ~~parcel~~ is a trivial possibility using today's technology- and it's scalable to communities, towns, and cities.		Living 100% from the land immediately around you is a trivial possibility using today's technology- and it's scalable to communities, towns, and cities. You say no way, how can I do that? Well, you'd have to become an integrated human - capable and powerful - but that's the theme of this conference, so I will continue.

	~~So, let~~'s build a post-scarcity town. No doomsday scenarios ~~included~~.		Let's build a post-scarcity town. No doomsday scenarios required.

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	~~Basic~~ requirements: energy~~, materials~~, housing, food, ~~technology~~. Or, ~~6 ways~~ to ~~die~~		We start with 6 ways to die, and how to avoid it: too cold, too hot, hunger, thirst, illness, injury. Thus, we need to produce some basic requirements to avoid this: food, energy, housing, technology - so we don't need to keep running out of food or products and have to steal them from others as has been the standard throughout history. All energy comes from the sun, and nature provides all materials. To thrive, we convert these materials to useful form by using information and tools.

	We start with 6 ways to die, and how to avoid it: too cold, too hot, hunger, thirst, illness, injury. Basic requirements are food,energy, and housing.All energy comes from the sun, and nature provides all materials. To thrive, we convert these materials to useful form by using information and tools.		It boils down to energy - do we have it? The USA use approaches 1000 GW (3kW per person) these days. You don't have to be a NASA scientist to verigy thatthis power can be generated from a square area of 100 miles on the side, using 10% effficient solar thermal concentrator power. This is about .3% of the area of the USA. Next.

	It boils down to energy - do we have it? ~~Yes, the sun is the source of all sustainable power.~~ The USA use approaches 1000 GW (3kW per person) these days. You don't have to be a NASA scientist to verigy thatthis power can be generated from a square area of 100 miles on the side, using 10% effficient solar thermal ~~contrator~~ power. This is about .3% of the area of the USA. Next.

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