Control Biodiversity — Control the Future of Food and Bio-fuels

Because of the insidious way in which it works, it has been sold as a relatively benign replacement for the devastating earlier dioxin-based herbicides. But a barrage of experimental data has now shown glyphosate and the GMO foods incorporating it to pose serious dangers to health.

Compounding the risk is the toxicity of “inert” ingredients used to make glyphosate more potent. Researchers have found, for example, that the surfactant POEA can kill human cells, particularly embryonic, placental and umbilical cord cells. But these risks have been conveniently ignored.

The widespread use of GMO foods and glyphosate herbicides helps explain the anomaly that the US spends over twice as much per capita on healthcare as the average developed country, yet it is rated far down the scale of the world’s healthiest populations. The World Health Organization has ranked the US LAST out of 17 developed nations for overall health.

Sixty to seventy percent of the foods in US supermarkets are now genetically modified. By contrast, in at least 26 other countries—including Switzerland, Australia, Austria, China, India, France, Germany, Hungary, Luxembourg, Greece, Bulgaria, Poland, Italy, Mexico and Russia—GMOs are totally or partially banned; and significant restrictions on GMOs exist in about sixty other countries.

Consider the Source

 Consider the First Source!

abstract-rainbow

In the beginning was the Word, and the Word choreographed an assembly of amino acids into an exquisite array of specific proteins. Then God said, “I give you every seed-bearing plant on the face of the whole earth and every tree that has fruit with seed in it. They will be yours for food.” In so doing God demonstrated a penchant for genomic writing, preceeded by an amazing series of prebiotic events, in a highly orchestrated presentation of evolutionary overcontrol.

More about God’s Handiwork!




Reflections on Right Sizing

“The foxes have holes, and the birds of heaven have nests, but the Son of Man has nowhere to lay his head,” and so it is today for many of his followers. Despite all the warnings about the snares laid by moneylenders, despite the fact that gage mort is literally translated as a pledge to give up one’s life, millions have lost their homes through mortgage exploits, and their quality of life through the service of debt.

Along the river banks and across the plains, archaeologists have unearthed abundant evidence of human practicality. The long evolutionary struggle is depicted in dwell time as our earliest ancestors enjoy the inspiration of mountain vistas and the tranquility of peaceful valleys. They also experienced the terror of lightning strikes, glacial advances, animal attacks, seismic events and lava flows.

Homo Erectus is constantly mobile as he steadily progresses through his gift of ingenuity. He seeks shelter in caves, from overhanging ledges and under the brush. By learning to fashion materials, such as clay, wood, and stone, early humans were able to move down from the treetops and out from the hillside grottoes to create family huts. The home had begun to take shape as the most basic human institution.

Then, as the ice advanced, man again appropriates the most practical shelter that nature has to offer. The comforts of home give way to necessity as protection from the elements drives him ever onward in search of more suitable provisions.

Flash forward a million years or so and consider the plight of today’s homo-sapiens. Extreme weather, internecine wars, and raging wildfires all continue and conspire to keep a great humanity unsettled. The voids are filled, as if by reflex, with stunted vegetation, outgassing trailers, and tent cities as the most desirable solutions are put off time and again.

Bloated governments have generated burdensome regulations that allow us to live simply only if we are tucked into very small sheds or build our houses on wheels. These influences are literally driving us into dwellings that are too costly to build, too large to heat or cool, and too burdensome to maintain. Politicians pay lip service to sustainability while erecting huge barriers to those who are sincerely trying to leave the smallest of footprints.

The art of living large in a small abode is intriguing to the upwardly mobile as well as those who have chosen, or have been forced, to downsize. In the first case, squandering precious resources on mortgage interest is one of the fastest ways to become a wage slave. In the second case, the escape from a debtor’s prison is liberating in more ways than one can imagine.

This is not to say that there is no value in stress. Sometimes having a tough, recurring nut to crack is precisely what’s needed to cure the ease drifting soul. But, for the highly motivated, for those whose enthusiasm truly emanates from en-theos (God within), there are higher callings.

Supporting the same entitled barons of financial sophistry who brought us the Great Swindle, known by the less discerning among us as the “Great Recession,” is a form of self-imposed detention. It saddles us with excessive drag. In contrast, a pay-as-you-go strategy is easier than one might think.

The TV that once occupied floor space can now hang on the wall, a cabinet door, or the front of a drawer. The oversized washers and dryers that are pushed by appliance stores in the U.S. can be replaced by a single more energy efficient under-the-counter unit, readily available in Europe or at U.S. RV stores. These compact combo units employ the same drum for both washing and drying. The range hood over your stove can be replaced by a combination hood, microwave and convection oven to save even more space.

Ask yourself, how many burners do you really use on your stove? How about supplementing with a guest’s hotplate or slow-cooker for the pot-luck seasonal bash? Could you eliminate cooking odors, and greasy films on the walls, by using the outside grill more often? Do you really need a big oven, the one you justified with the Thanksgiving turkey, if you’re now frying it outside anyway?

There are so many ways to get right-sized. If you’re reading the periodicals biblically, and the bible periodically, then find out how many of your favorite periodicals are now online. And, if you want to read your bible more often, download it to your tablet or smart phone. Who knows, you may even decide you prefer the page-white backlit display to your itty-bitty-book-light.

Ever wonder how many linear feet of shelf space you could eliminate by converting your music and books to digital form? What about that shoebox full of receipts? You could adopt a new policy of scannin’ and pitchin’ em. Some stores will even email them to you. Hard discs are cheap and they don’t seem to get any heavier when you fill them up.

Over half of the people who live in tiny houses have no mortgage. That’s twice as many as the average U.S. homeowner. Owners of small houses have more savings than the average homeowner. 89% of tiny house people have less credit card debt and 65% have no credit card debt at all while such dwellers are also earning $478 more annually than the average American. They are also twice as likely to have a master’s degree. It just goes to prove that less debt service gives us more time for gainful pursuits.

Everyone seems to have a different definition, of what constitutes small, but generally a “tiny house” is less than ten percent the size and cost of the average sized house currently built in the USA. Once a 30 year mortgage at a 4.25% interest rate is added to the cost of a “standard” 2,100 square foot house that sells for $272,000 the bill is $481,704. The $23,000 owner built tiny house is often built entirely from savings that would otherwise yield an insultingly low rate of return.

The home is the crowning achievement of human kind. The Living Crown (TLC) project within Ascension University and the Aevia Group is focused on this basic institution of human progress. We believe home building should be the essence and at the center of all educational effort.

When the Lord asks: “Where is the place of my dwelling?” we look to his handiwork, and a universe of nurturing infrastructure, for the answer. We are still at the creative stage of homebuilding and seek an understanding of just how a minimalist structure can support maximum functionality.

We are actively developing a rapid-deployment, fit-for-purpose product line featuring houses that float, rooms reinforced with carbon fiber, and suites that filter air and water through a unique circulatory system. They will be energy efficient as well as energy independent depending on a wide array of options. They can be pressed into service as houseboats, in-law suites, safe-rooms, stand-alone cabins, and emergency shelters. They will look and feel like cozy cottages.

We are witnessing a ceaseless progression in refining what has become society’s veritable foundation. And our focus on evolving science, best practices, and continuous improvement is motivated by our passion for improving the home and ennobling the home life. Alignment and integration within the various Ascension University fields of study insures our academic initiatives are conditioned by real-world experience, and that the applied technology is always cutting edge. We are fully engaged in the virtuous cycle and you can be too!

© 2013 Robert H. Kalk




The Future of Learning


Consider the Source




Clean Air from Dirty Fuel

When the exhaust from a typical engine is expelled, it contains a lot of unburned fuels. Besides being wasteful, the exhaust is so hot that in Oklahoma, (USA), firetrucks can not have a catalytic convertor or they may start more fires than the crews are trying to extinguish.

GEET (Global Environmental Energy Technology) offers a long suppressed, fuel efficient solution that includes a Self Induced Plasma Generator. The GEET Fuel Processor (GFP) begins by taking the newly vaporized fuel to the engine through the center of the path of the exhaust that’s leaving the engine, while maintaining a constant vacuum. There is a rapid exchange of heat from the exhaust into the “new fuel”. The “New Fuel” is called “GEET GAS”. GEET GAS implodes, pulling heat from the block of the engine. This serves to reduce the heat buildup in the engine, allowing the oils used for lubrication to last much longer.

The technology can be adapted to fit anything that uses fuel. During a demonstration for scientists at BYU, in 1994, the GFP was running on crude oils and saltwater. The results were zero HC; zero CO; zero CO2, and more oxygen coming out the exhaust pipe than in the ambient air. The system can be fueled by gas, diesel, kerosene, crude oil, floor cleaner, lacquer thinner, and as much as 80% water.

Despite corporate rejection, ridicule from the media, hostile take-over attempts, political corruption, blackmail, torture, and patent infringement, Paul Pantone and his 1983 invention have slowly gained acceptance. There are an estimated 5000 vehicles world-wide running on GEET. This includes cars, tractors, other farm equipment, and a helicopter. Generators, kit’s, components and other equipment are available proving that consumer sovereignty is a powerful, innovation sustaining force.

Consider the Source




Sooo, We Managed to KickStart it, Now What?

The tech vertical of crowdfunding sites are like candy stores. They’re packed with new businesses that have a pressure to deliver and a willingness to experiment.
Not that crowdfunding isn’t a big enough business on its own. It has also helped jump-start a small secondary industry around servicing crowdfunded projects. There are crowdfunding-specific PR companies, advertising products, fulfillment centers, pledge management software, and online stores.
It’s a market segment where potential is everything. And, forward looking service providers are paying attention.
Consider the Source




Gardens in Space

Sustaining Life with micro-algae and flat panel reactors. This is where so-called life-sustaining circulatory systems come into play. Already, on the International Space Station (ISS), researchers have started reconstituting all kinds of things.

But the ISS has it easy: it’s relatively close to Earth. Several times a year it receives fresh provisions of food and water. But if people start traveling farther away from Earth, they’ll have to survive without the luxury of regular, fresh supplies.
And that’s why Jens Bretschneider at the Institute for Space Systems in Stuttgart is looking for new solutions. His team thinks the answer lies in biological systems, like micro-algae: “They make it possible to collect exhaled CO2 and create new oxygen, and at the same time build up biomass stocks.”

Brettschneider is working with a see-through plexiglass tank through which green water runs which bubbles away as exhaled air passes through it. “This tank is a flat panel reactor, with which we can cultivate algae on Earth in an efficient way,” Brettschneider says. “The advantage is that the gas is mixing with the algae constantly. That gives us a large contact area. We agitate the algae so that they move towards the light, and then move away from the light again – and that encourages them to grow faster.”

Consider the Source


Tooling Up for Hydroponics




Precision Irrigation in sub-Saharan Africa

Large, centralized irrigation schemes, often built around big water storage dams, were a major component of the Green Revolution that helped boost food production and reduce famine risks for millions of people, especially in Asia. But they have often proven environmentally destructive and, especially in Africa, expensive.

By contrast, decentralized irrigation – small individual systems designed to serve a single or community farm – can often be better tailored to local conditions, purchased and operated by private farmers, and avoid the environmental and social downsides of big dam-and-canal systems.

The emergence and spread of affordable pumps and other technologies that enable farmers to irrigate their small plots has begun to boost harvests and family incomes in some of the world’s deepest pockets of hunger, including parts of sub-Saharan Africa.

For millions of poor farm families in sub-Saharan Africa, access to water makes the difference between hunger and a full belly, between a well-nourished child and one stunted by malnutrition, and between a productive livelihood or one mired in poverty.


Tooling Up for Hydroponics




The Wind at Our Back Gusts from 73.6GW in 2006 to 280.6GW in 2012

According to a new report, Wind Power – Global Market Size, Turbine Market Share, Installation Prices, Regulations and Investment Analysis to 2020, by research firm GlobalData, installed capacity increased at a compound annual growth rate of 25%. This translates into to a jump from 73.6GW in 2006 to 280.6GW in 2012.
There was a 7%, fall in annual additions in 2010 as major wind markets such as the US, Germany and Spain, faced economic problems following the global economic crisis.
China was the global leader in wind power in 2012 with the US coming second. The US lost out on the top spot due to the economic slowdown and uncertainties relating to the future of the industry because of a lack of long-term policies supporting the wind sector.
Offshore wind power installations accounted for 1.9% of the global wind power market in 2012.
GlobalData’s forecasting from 2012 to 2020 sees the share of offshore wind in the global wind power market reaching 8.4% by 2020.
Consider the Source

 Consider the First Source!

abstract-rainbow

“The foxes have holes, and the birds of heaven have nests, but the Son of Man has nowhere to lay his head,” and so it is today for many of his followers. Despite all the warnings about the snares laid by moneylenders, despite the fact that gage mort is literally translated as a pledge to give up one’s life, millions have lost their homes through mortgage exploits, and their quality of life through the service of debt.

Find Out How to Get Your Life Back!




Open-Source, Software-Defined Radio Platform

Nuand has employed Lime Microsystems’ programmable RF silicon for its bladeRF, which – the two companies say – takes open-source RF hardware into the mainstream
Lime’s field programmable RF chip, the LMS6002D, has been adopted for Nuand’s bladeRF, a Kickstarter-funded open source software defined radio.
Following Myriad RF and Fairwaves, this is the third open source RF board to have been launched in 2013. Highlighting the importance of such technology, the project received over 500 backers on the social funding platform, KickStarter and raised almost twice the requested funding.
bladeRF is the first open source RF project to bring USB3.0 onto the board and combines the Lime chip with an Altera Cyclone IV FPGA. This combination allows it to create exceptionally complex networks on any mobile communications standard or frequency.
The $420 board has been designed for both the hobbyist and the professional developer and is USB2.0 compatible, allowing it to connect directly to the Raspberry Pi and the Beagleboard.
Consider the Source




3D-printed Aston Martin

Aston Martin only made about 1,200 DB4 cars back in the day, and today some versions can fetch millions at auction. Ivan Sentch of New Zealand has printed about three-quarters of the mold parts for his handmade Aston Martin DB4. The resident of Auckland, New Zealand, has printed nearly three-quarters of the sections for his replica of the classic sports car.
Sentch is recreating a 1961 series II Aston Martin DB4 by 3D-printing plastic plugs for the car’s fiberglass body. The mechanical bits will come from an old Nissan Skyline. He’s using a Solidoodle desktop 3D printer to print out roughly 2,500 pieces to use as plugs for fiberglass molds. The plugs are the basis on which the fiberglass is formed.
Consider the Source