Category: News

  • The Next Great Leap Forward ?

    Todd Woody at Grist has a report on interest in solar thermal power (and eSolar in particular) in China – China powers the global green tech revolution. More at The New York Times.

    Forget Red China. It’s Green China these days—at least when it comes to making big renewable deals.

    eSolar power plant. eSolar power plant. Friday night, a Chinese developer and eSolar of Pasadena, Calif., signed an agreement to build solar thermal power plants in the Mongolian desert over the next decade. These plants would generate a total of 2,000 megawatts of electricity. It’s the largest solar thermal project in the world and follows another two-gigawatt deal China struck in October with Arizona’s First Solar for a massive photovoltaic power complex. Altogether, the eSolar and First Solar projects would produce, at peak output, the amount of electricity generated by about four large nuclear power plants, lighting up millions of Chinese homes.

    Is China the new California, the engine powering the green tech revolution?

    Yes and no. When it comes to technological and entrepreneurial innovation, Beijing lags Silicon Valley (and Austin, Boston, and Los Angeles)—for now. But as a market, China is likely to drive demand for renewable energy, giving companies like eSolar the opportunity to scale up their technology and drive down costs.

    [We’ll pause here to state the obvious: China’s investment in renewable energy and other green technologies is miniscule compared to the resources devoted to its continued building of coal-fired power plants and efforts to secure dirty oil shale supplies in Canada and elsewhere.]

    “All the learning from this partnership will help us in the United States,” Bill Gross, eSolar’s founder and chairman, told me. “I think as soon as the economy improves in the rest of the world and banks start lending, there will be a lot of competition in the U.S. and Europe. But, until then, China has the money and the demand.”

    In a one-party state, a government official saying, “Make it so,” can remove obstacles to any given project and allocate resources for its development. Construction of the first eSolar project, a 92-megawatt power plant, in a 66-square-mile energy park in northern China, is set to begin this year

    “They’re moving very fast, much faster than the state and U.S. governments are moving,” says Gross, who is licensing eSolar’s technology to a Chinese firm, Penglai Electric, which will manage the construction of the power plants. Another Chinese company will open and operate the projects.

    For the past two-and-a-half years in California, meanwhile, the state’s first new solar thermal power plant in two decades has been undergoing licensing as part of an extensive environmental review process. The goal is to maximize production of carbon-free electricity from BrightSource Energy’s 400-megawatt Ivanpah Solar Electric Generating System project in the Mojave Desert while minimizing its impact on fragile ecosystems.

    The end game begins Monday in Sacramento at a public hearing where BrightSource will face off with environmental groups that argue the project will harm the imperiled desert tortoise and destroy the habitat for a host of plants and animals.

    In contrast, it was only six months ago that executives from Penglai Electric first contacted eSolar as they scoured the world for a technology to use in that nation’s first big foray into solar thermal power.

    China leads the world in production of photovolatic panels like those found on residential and commercial rooftops, but the country has had little experience with solar thermal technology, which uses arrays of mirrors called heliostats to heat a liquid to create steam that drives an electricity-generating turbine.

    China might be making headlines but there is still a steady trickle of new solar project announcements from the US – Solar project proposed north of Reno.

    A large solar energy project is being proposed by Vidler Water Co. on up to 1,000 acres north of Reno. Project backers say construction could start next year and be phased in over the next 10 to 15 years if approved by county and regional officials, the Reno Gazette-Journal reported. The proposed 100-megawatt farm would be among the largest in the nation, officials said.

    Nevertheless, US cleantech investment has dropped from the previous year;s boom levels – Clean Technology Investing Slips, but Could Be Worse, Report Finds.

    In a flurry of deal making bolstered by government subsidies for renewable energy, venture capitalists invested $5.6 billion in green technology companies worldwide in 2009, according to a preliminary report released Wednesday by the Cleantech Group and Deloitte.

    That represents a 33 percent drop from the $8.5 billion invested in 2008, a reflection, the report said, of the global economic downturn. But the overall amount of venture capital fared much worse, retreating to 2003 levels, according to the report, whereas clean technology investments were on track to match 2007 levels.

    “In 2009, clean-tech went from a niche category to become the dominant category in venture capital investing,” said Dallas Kachan, managing director of the Cleantech Group, a San Francisco market research and consulting firm. “Clean-tech continued to outpace software and biotech.”

    The report’s preliminary survey showed that there were 557 deals in the clean technology space in 2009, compared to 567 deals in 2008 and 488 in 2007.

    Solar companies secured $1.2 billion in 2009 — 21 percent of the total and the largest share of venture funding. The biggest deal of the year also went to a solar company, Silicon Valley’s Solyndra, which raised $198 million at the same time it secured a $535 million federal loan guarantee to build a solar module factory.


  • Toyota expands fuel cell vehicle demonstration activities

    TMS and Toyota Motor Manufacturing and Engineering North America, Inc. announced at the Detroit Motor Show that it will place 100 vehicles with universities, private companies and government agencies in both California and New York as aprt of  a three year course  demonstration program.  Toyota’s demonstration program expansion will provide one of the largest fleets of active fuel cell vehicles in the country with the primary goal of spurring essential hydrogen infrastructure development.  The demonstration program also will serve to demonstrate fuel cell technologies reliability and performance prior to its 2015 market introduction.

    “We plan to come to market in 2015, or earlier, with a vehicle that will be reliable and durable, with exceptional fuel economy and zero emissions, at an affordable price,” said Irv Miller, TMS group vice president of environmental and public affairs.  “Toyota will not be alone in the fuel cell marketplace and building an extensive hydrogen re-fueling infrastructure is the critical next step.  Hopefully, expansion of demonstration programs like this one will serve as a catalyst.”

  • Canadian climate fears fall below 50% by Adrian MacNair, National Post

    Article Tags: Adrian MacNair, Public Polls

    Some people might be surprised to learn that climate change is perceived as a larger threat to the vital interests of Canadians for the next decade than terrorism, according to a new poll from Innovative Research Group.

    Between December 22 and January 4, the survey was conducted for the Canadian Defence and Foreign Affairs Institute, where Canadians were asked about their “threat perceptions” on issues. From 2004-2010 the threat of terrorism dropped from 49% to 28%, while climate change dropped from 52% to 49%.

    While the perception of danger from terrorism may have diminished, it’s significant to note that despite the past six years of relative hysteria about the threat of climate change, that it actually dropped 3% over the past six years. You’ll note that news articles are referring to this as a “relatively stable” number, but I don’t think it’s taking into account some of the significant changes in the past three months alone.

    Source: network.nationalpost.com

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  • A Year in Iraq and Afghanistan

    iraq_afghanistan_casualties.jpg
    This tip came to me with the sneaky message “The New York Times starts off the year with what could be the least informative graphic of ’10“. Well, is it?

    In fact, regular readers readers might notice this is an almost yearly re-occuring infosthetics post, as one might remember “Comparing US Soldier Casualty Statistics in Iraq and Afghanistan” from February last year, and Iraq Casualties for Dummies back in 2007. In spite of the many comments and suggestions that especially the 2007 post generated, the visual and infographic style was kept consistent.

    In short, the infographic titled “A Year in Iraq and Afghanistan” (PDF, 7.5MB!) [nytimes.com] accompanies an “Op-Chart”, meaning that it was designed outside of the NYTimes Infographics Department. Based on data from icasualties.org and the Pentagon, the chart shows how the death toll in Afghanistan is up by 40 percent from last year, and that most of the deaths are occurring on the battlefield, unlike in Iraq, where half the fatalities were not related to combat. In addition, while many see the war in Afghanistan as an American effort, the colors on the chart show the extent to which the Western allies are sharing the deadly burden.

    Thnkx John!


  • Component shortages lead analysts to forecast rise in prices of personal electronics

    As you might well know, we’re not the biggest fans of analyst blather, but this piece of research by Gartner is backed by some substantial numbers. The FT reports that DRAM prices have recently risen by 23 percent, followed closely by LCD prices with a 20 percent jump, both in response to the financial crisis the whole globe seems to be suffering from. Because the effects of recently renewed investment in capacity building won’t be felt for a while, we’re told to prepare for higher prices throughout this year — a significant combo breaker from the previous decade’s average of around 7.8 percent drops. Oh well, let’s just cling to the encouraging signs for the future and ignore this bump on the road to gadget nirvana.

    [Thanks, Ben W]

    Component shortages lead analysts to forecast rise in prices of personal electronics originally appeared on Engadget on Wed, 13 Jan 2010 07:05:00 EST. Please see our terms for use of feeds.

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  • Porlamar | Estado Nueva Esparta | Caracola Beach Resort | 2x 15/13p | E/E

    En cuanto a la ubicación entren acá y verán una panorámica del terreno: http://www.caracolabeachresort.com/C…Site_Large.htm

    Según éste video sí sería ahí, pero el mismo fue subido ya hace anho y medio, cosa que me hace pensar que no se concretó nada.

    Ubicación:

    El grupo responsable:

    Ésta revista está FABULOSA:
    http://www.caracolabeachresort.com/Caribe_Genuino.pdf

  • Adam Lambert “Whataya Want From Me” VIDEO Sneak Preview

    Take a look at this supershort sneak preview of Adam Lambert’s forthcoming video release, “Whataya Want From Me.”


  • Ongoing List of Social Marketing Efforts from Vacation Destinations, Convention, and Tourism Bureaus

    Oahu Sunrise: North Shore
    Above: A photo I took on a recent trip to North Shore Oahu, inline with my plans to fulfill operation bluewater.

    Recent data around interactive marketing spend indicates that the hospitality industry was ripe for spending on social marketing above all other industries.  Why?  This form of consumer marketing could be dependent on the human emotion and story telling between individuals, or through compelling word of mouth marketing campaigns.

    As a result, Christine Tran, Altimeter Researcher and myself are kicking off this list, and encourage you to add  examples by leaving a comment.  The scope for this is list is a tourist destination –not a hotel, airline, or specific restaurant.

    If you’ve got examples, please leave a comment below, with a description and URL, we’ll add.


  • Snooki Hair Sparks Style Trend

    Height-challenged reality personality Nicole “Snooki” Polizzi has already established herself as a breakout star on MTV’s controversial reality hot mess Jersey Shore — and it appears the drunkard’s signature hairstyle is just as popular as her on-screen antics. In the ’90s, Jennifer Aniston’s perfect mane sent audiences scrambling to obtain “The Jennifer.” More recently, Blake Lively’s envy-inducing crop of blonde tresses began sparking requests for “The Blake.” Now top salons in Los Angeles and New York City report that they are receiving an unprecedented number of requests for “the poof” popularized by Snooki.

    Already dubbed ”The Snook,” hair mavens say the heavily-teased look is most popular among short-statured woman like the 4-foot-9-inch reality star. You don’t have to fork over fistfuls of cash to look like Snook. The 22-year-old says fans can get her poofy look at home with the help of a little — make that a lot — of hairspray.

    “If people don’t have hair like mine, I suggest teasing it a lot and then just put hair spray in and a clip. It should stay. I might do a video so the whole world knows how,” she said last month.


  • Lithium: Hitachi Develops Li-ion Battery Cell for PHEVs TNR.v, CZX.v, WLC.v, LI.v, RM.v, LMR.v, CLQ.v, SQM, FMC, ROC, HEV, AONE, SNE, VLNC, PC, BYDDY,

    GM is working closely with suppliers to optimize the cost of all the pack’s components and hopes to hit the U.S. Advanced Battery Consortium target of $300/kWh by 2015.”

    This is the most important message for us from this first step among many to bring Electric cars on the road. It means affordability and it means mass market for EVs – this is what we are waiting for with our Lithium and REE plays.
    Lithium Juniors are breaking out of consolidation stage with
    news from Magna and GM Volt hitting the wires.”

    We have discussed Lithium and REE investment opportunity with the Big Picture investment approach in our Macro View on Micro Caps. Now we would like to make a model of EV Value chain and analyse the investment potential of its different parts.”

    It is getting crowded in Lithium battery sector, big names are piling in. There will be place for EnerDel and A123, but will they make money or margins will be razor thin in order to secure contracts? You will be choosing between concentrated players with limited technological and financing resources and Asian giants piling in where Lithium sector growth will be spread across all revenues. Our idea is to go where they will all come later – Lithium supply chain.
    Tech-On:
    Hitachi Develops Li-ion Battery Cell for PHEVs


    Jan 13, 2010 15:51 Kouji Kariatsumari, Nikkei Electronics
    The lithium-ion battery cell for plug-in hybrid electric vehicles. Its capacity is 25Ah.
    Hitachi Vehicle Energy’s lithium-ion battery cells
    Hitachi Ltd and Hitachi Vehicle Energy Ltd developed a lithium-ion battery cell that has a high energy density and a high output density for plug-in hybrid electric vehicles (PHEVs).
    The energy density and output density of the new battery cell are 120Wh/kg and 2,400W/kg (SOC: 50%), respectively. While the output density is equivalent to that of an existing battery cell that the companies are producing in volume for hybrid electric vehicles (HEVs), the energy density is about twice as high.
    The new battery cell measures 146 x 110 x 30mm and weighs 0.75kg. Its average voltage is 3.6V. Though the companies did not disclose the details, the positive and negative electrodes contain oxide including a manganese substance and a carbon material, respectively. They have already made a test production line and plan to ship samples to automakers in the spring of 2010.
    Hitachi Vehicle Energy has been developing battery cells mainly for HEVs. The company defines the cylindrical cell that it is now mass-producing as the second-generation product.
    Also, it plans to produce 300,000 units of the third-generation product per month for General Motors Corp’s mild hybrid vehicles and other vehicles in 2010. The third-generation product is a cylindrical cell that is 40mm in diameter and 92mm in length. Its current capacity, average voltage and output density are 4.4Ah, 3.6V and 3,000W/kg, respectively.
    Furthermore, Hitachi Vehicle Energy has already developed the fourth-generation product, whose output density (4,500W/kg) is 1.5 times higher than that of the third-generation product and started shipping samples in the autumn of 2009. The fourth-generation product is an angular cell that has a high cooling performance. And its positive and negative electrodes are made by using a manganese substance and amorphous carbon.”
  • Warren Buffett’s Chinese Cars Will Start Killing The US Auto Industry As Soon As This Year

    byde6electriccar

    BYD, the upstart Chinese electric car maker Warren Buffett famously has an investment in, is planning enter the U.S. market as soon as the second half of this year.

    Considering the U.S. market entrance by multiple new auto players (from Chinese firms BYD and Geely, to India’s Tata and even U.S. upstart Tesla Motors) expect auto industry competition to get far more intense than it already is.

    BYD just showed off their latest e6 model and while BYD chairman Wang Chuanfu was short on details, he hinted that BYD first target could be both U.S. companies’ and the U.S. government’s vehicle fleets:

    WSJ: In China, where the e6 will first go on sale, BYD—which stands for Build Your Dreams—expects to sell vehicles for city use by the government, utility companies or fleets of taxis, according to Mr. Wang. BYD expects it could be used similarly in the U.S., while a later, plug-in hybrid vehicle may be more appropriate for individual American consumers.

    Previously, Mr. Wang had said the company planned to pick a specific region within the U.S. and initially market “a few hundred” e6s, priced at slightly more than $40,000, through a small number of dealers. He wouldn’t say on Monday if the pricing plans remained the same.

    Unlike some of its Chinese competitors, BYD doesn’t plan to buy brands from global auto makers, Mr. Wang said. Zhejiang Geely Holding Group Company Ltd., for example, is in the midst of buying Ford Motor Co.’s Sweden-based Volvo brand.

    Read more here >

    Join the conversation about this story »

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  • Group Demands REAL Investigation Into Mann by Paul Chesser, Spectator Blog

    Article Tags: ClimateGate, Paul Chesser

    The Commonwealth Foundation in Harrisburg, Pa. does not trust Pennsylvania State University to investigate Climategate hockey sticker Michael Mann, because of the millions of dollars that his research brings to the university. The foundation today released a 12-page policy brief which addresses Mann’s Climategate emails, the significance of his role, and why the university has a conflict of interest in investigating him. Commonwealth held a press conference today at the state capitol about their report:

    The hockey stick controversy and Climategate emails reveal that Michael Mann may have committed significant and intentional scientific misconduct, including improper data manipulation, inappropriately shielding research methods and results from others, and engaging in a number of forms of retaliation against those who publicly challenge his research results.

    Were scientific misconduct a criminal matter, the aforementioned facts might be said to constitute “probable cause” for a search warrant. Analogously, these facts provide probable cause for an investigation into Mann’s conduct at PSU.

    Source: spectator.org

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  • Ed wants you to join his team!

    Ed Miliband wants you to join his DECC youth climate change team!

    Thanks to Lewis Merdler, artistic genius, for this image!

    Posted by Kirsty Schneeberger

    Today the UK Department of Energy and Climate Change opened a Consultation on how young people can be involved in the department’s decision making process! This is super-duper exciting and it means All Hands on DECC to fill out this 4 minute survey.  And remember – try and fill it out as soon as you read this because you only have until 26 January.

    Ever since I have been involved with UKYCC, this has been one of the most important issues to me. At every event I have been to – if I have been lucky enough to ask a question – they have pretty much been: ‘how is DECC going to engage more with young people, and let them be involved in decision-making; Or – will DECC include a young person in the official UK Delegation; Or- would DECC consider having a youth advisor/panel who can present youth perspectives to the Department.’ At most of the events Ed Miliband, has agreed to these ideas, but only informally.


    So I was really excited when someone from the Department called to tell me that after all the great questions we have been asking at events like the Miliband LSE lecture, The Wave, and Youth Question Time (thanks to all of you for asking those questions too!) there is going to be a consultation on how to involve young people in the DECC decision making process!

    So… Ta-daaaa:

    http://www.surveymonkey.com/s.aspx?sm=xG5zkLxchLkDydYPc/RZpIZk77wNuRU6km1ot%2biNZ6U%3d

    If you are a young person who cares about being involved in the decisions that affect your future, then please do take 4 minutes of your time to fill out the survey. Please also do publicise it through your other networks and put it up on your websites so that we can have hundreds and thousands of young people replying to this!  If you are involved with UKYCC, please also remember to affiliate yourself with UKYCC on the survey so we can show how many young people in UKYCC are engaged and care about this issue!

    For what it’s worth, here are some thoughts on the main points – this isn’t the definitive answer, but just some ideas to help you think about what a ‘youth panel’ (or something similar) would look like in practice:

    • Meeting as frequently as is useful with DECC in a range of forums; big conventions, as well as smaller meetings
    • Big conventions should give young people a chance to present heir opinions, ideas and proposals to DECC;
    • Strong online resources for all young people to utilise easily; especially those people who are in regions far out from London (like Northern Ireland and Scotland!) and for the outcomes of these surveys to be fed into DECC policy – such as a really swish DECC+Youth website and regular surveys to gather perspectives of Youth
    • having a review of the ‘youth panel’  in 6 months – one year; to ensure that it is fulfilling it objective of including young people in the decision-making processes

    In addition to these points, it might be nice to mention the following thoughts in the ‘any other comments’ box:

    • A young person on the official UK delegation to UNFCCC negotiations, especially Bonn in June and future COPs
    • A committee/Ministry that will concentrate its research and work on very long term strategies; such as by thinking ahead to 2050 and 2100 and ‘looking back’ to the see what policies needed to be in place in order to make it to the cleaner, brighter, low carbon world of the future

    These are just some thoughts, and I’m sure you all have your own… So what are you waiting for?

    It’s All Hands on DECC to show your leaders what you want YOUR future to look like!

  • GetApp.com Aims To Become The Premier ‘App Store’ For Business Software

    Today sees the public launch of GetApp.com, which aims to position itself as the leading vertical portal for software, SaaS and cloud-based business applications.

    The premise of GetApp is fairly simple: offer (potential) professional IT services and software buyers a chance to browse and research business tools, give providers a low-cost way to be found in the directory, and guide both parties in getting the most out of the experience.

    As a buyer, you can go to GetApp.com to find, compare and select from a wide range of business applications, organized into categories by IT and business need and by industry. The search functionality is pretty powerful and allows visitors to filter results down to a single vendor or enterprise-grade application.

    To assist buyers from a neutral point of view, GetApp offers user-generated reviews and a free personalized assessment tool as well as a number of guides on the subject.

    Application providers / ISVs can use GetApp.com to have their tools listed and potentially reach qualified buyers online, either for free or with more options at a premium. This freemium approach and the lead generation part of the equation is key to GetApp’s business model, although there’s some PPC advertising baked into the site as well.

    At launch, GetApp.com features over 2,200 applications across more than 300 categories.

    GetApp.com is part of Eurocloud, the Microsoft BizSpark Partner Network and the Sun Startup Essential community. Based in Barcelona, Spain, the venture was co-founded by Christophe Primault (former VP Global Marketing at NCR Corp, CEO at Fluiditi and Kinamik) and Manuel Jaffrin (former European Business Director at Sun Microsystems).

    Crunch Network: MobileCrunch Mobile Gadgets and Applications, Delivered Daily.


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  • Tolingo Secures Series A For Fast, Cheap Translation Service

    Tolingo, the online translation platform, has secured a Series A round of investment. The investment comes from Neuhaus Partners in Hamburg which is using a local start-up fund run by a public programme in conjunction with the local KfW bank (hey, this is in Europe). The investment will be used to expand further internationally. Terms were undisclosed but sources say it is in the €1 million to €2 million range.

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  • Fusion breakthrough a magic bullet for energy crisis ?

    The NZ Herald has an enthusiastic article on a form of “fusion (known as Aneutronic fusion) – Fusion breakthrough a magic bullet for energy crisis ?.

    A Florida based research team, however, may have found a solution to the world’s energy woes that could provide a clean and near limitless supply of energy in as little as a decade.

    Global energy production and consumption is a complex beast and many nations remain heavily reliant on a lethal mix of oil and coal, both of which are finite, and have huge impacts on the environment.

    While there is much conjecture on just how long oil and coal reserves will last, the stark reality is that they will both eventually run out.

    In the 1950s, many thought atomic energy would allow humanity to dodge the energy crisis, with newly nuclear fission reactors providing an affordable and near limitless supply of energy.

    More recently however, incidents such as the Chernobyl meltdown, the growing pile of incredibly toxic nuclear waste and the spectre of rogue nations manufacturing weapons- grade plutonium have taken the shine off nuclear fission.

    With the energy requirements of developed nations continuing to grow, and developing nations gaining a serious appetite for energy consumption, demand will soon outstrip supply, and many predict that massive economic and social impacts are probable.

    Thankfully, a new type of nuclear fusion energy generation technology holds the potential to provide a cheap and clean source of energy without toxic radioactive waste or the environmental impacts of oil or coal.

    Unlike nuclear fission, where the nucleus of an atom is split to release energy, nuclear fusion uses the same process as our sun and works by fusing atoms together to release of large amounts of energy.

    Nuclear fusion generates energy leaving little to nothing in the way of by-products, and uses fuels that are plentiful but far less dangerous than the uranium used with conventional nuclear fission reactors.

    Whilst physicists have generated nuclear fusion reactions, doing has involved creating the earthbound equivalent of a small star, which in turn has required ultra-strong magnetic fields to contain superheated gases many times hotter than the surface of the sun.

    Unfortunately, doing so has tended to consume almost as much energy as was being generated by the fusion reaction. Creating a nuclear fusion reactor that is commercially viable and able to output surplus energy beyond sustaining its own reaction was thought to be at least 20-30 years away.

    Thanks to work being done by a group of physicists at the University of Florida, all things fusion related could however be set to change in as little as a decade.

    Where conventional fission reactors use uranium which can be refined to make nuclear weapons, the University of Florida’s concept uses hydrogen and an isotope of boron called Boron 11, both of which are abundant on earth and can’t be used to make atomic weapons.

    When fusion reactions occur in the heart of a star such as our sun, atoms are subject to intense heat and pressure which stops the atoms from repelling each other, allowing them to fuse.

    To date, experimental fusion projects have largely been focused on generating intense heat so they can fuse, and containing the super hot gases from this reaction consumes most if not all of the energy being produced by the fusion reaction.

    The University of Florida have taken a different tack, by putting hydrogen and boron fuel into an accelerator that fires them towards each other at incredibly high velocities. When the hydrogen and boron 11 atoms smash into each other, they fuse, producing fast moving helium nuclei whose motion is converted into electricity.

    This new process is clean, highly efficient and most important of all, simple. The output of the new reactor is electricity with its by-product being the same helium gas used to make voices squeaky and party balloons float, so there’s no toxic radioactive waste to dispose of.

    Initial calculations also show that this new type of fusion generation could produce clean electricity at similar levels but far more cheaply than oil or coal.

    I recently watched a BBC documentary on the state of play in fusion research called “How to build a star on Earth “, which was reasonably interesting.

    In the US, a different approach known as inertial fusion is being perused at the National Ignition Facility (NIF) in California and the Z-Machine in New Mexico. If Iter is like a conventional power station burning fuel for days or weeks at a time, the inertial projects share more in common with the combustion engine.

    NIF blasts tiny pellets of deuterium-tritium fuel with a single 500-trillion-watt laser beam. This is a big number; about 1,000 times the power consumption of the United States.

    This gargantuan short-lived laser pulse causes the fuel pellet to collapse and detonate, producing a mini-star for a fraction of a second.

    The Z-machine takes a different approach, channelling half a trillion watts through a spider’s web of hair-thin wires surrounding the fuel pellet. The result is much the same: a big crunch known as a Z-pinch and the birth of a star.

    If a steady stream of mini-stars can be created, then a power station could be constructed. The Z-machine has already achieved fusion in a test run, and NIF hopes to follow in its footsteps in 2010. The challenge will then be to smooth the rough edges of the technology in order to mass-produce economically viable, reliable power stations.

    This is no mean feat, but there seems to be no fundamental reason to doubt that it is possible.

    When fusion is mentioned, a common reaction in some circles is to say, “It’s always 30 years away, so let’s not invest too heavily”.

    In fact, the fusion engineers of 2009 are speaking of building the final generation of experimental reactors now.

    If they succeed, Iter and her sisters should be capable of putting electricity on to the grid some time in the early 2030s. This long-term and final solution to the energy crisis depends of course on sustained public investment at current or preferably significantly increased levels.

    This is a challenge that I believe we must confront now, and not tomorrow. At some point in the future, we will generate our power by nuclear fusion; there is simply no other way to deliver the trillions of watts needed to make life comfortable for all the citizens of our planet.

    To this statement nobody objects. The question is therefore not “if” but “when”, and it is my view that the “30 years away” argument simply doesn’t wash.

    John F Kennedy used to tell a story about a French general who asked his gardener to plant a tree. “What’s the rush?” replied the gardener. “It will take 30 years to grow.”

    The general looked him in the eye, and said in an urgent tone: “Thirty years? Then you had better plant it immediately.”


  • Skipping rope with a torchlight that uses kinetic energy to charge

    Skipping_rope.jpg
    You can now power up a torch light every time you skip. That may sound weird to you, but with designers Hyun Joo Lee & Eu Tteum Lee’s newest innovation, your skipping rope is now a torchlight that uses kinetic energy to flash up! And how is that possible? Simply by converting the kinetic energy you produce every time you skip, into electrical energy that is then stored in a torchlight integrated in the skipping rope itself. This stored kinetic energy is used to power up the light. This innovative torchlight and skipping rope requires no batteries and depends on your exercise to power up. The spinning of the “rope” produces kinetic energy, which then converts into electricity. The rope also records the number of jumps made and the amount of charge is indicated. The torch uses an LED bulb. So go skip and make some energy that will help you see in the dark, literally.
    Skipping_rope2.jpg

    Skipping_rope3.jpg

    Skipping_rope4.jpg

    Skipping_rope5.jpg

    [Yankodesign]

  • Nutrition for a Pregnant Mare

    I have just purchased a QH mare who is due to foal the first part of March. As this is our first foal, what if any supplements would you recommend for the mare at this point in her pregnancy. I am an OB-Gyn Nurse Practitioner and know how important adequate quality intake is for both. Thanks, DH, Texas

    Dear DH,

    Since the average length of pregnancy in the mare is 338 – 343 days or about 11 months, your mare is heading into her last trimester. Up to now, she has done just fine on the same nutritional program you would use for any horse: a complete and balanced diet fed at a rate of 1 – 2% of her body weight daily based on high-quality forage. Of course, fresh water and loose salt is always available. But during the last four months of gestation the foal grows rapidly, requiring the mare’s diet to change in three key areas: energy, protein and vitamins/minerals.

    A pregnant mare’s energy requirements gradually increase after the seventh month of gestation, so you should gradually begin to supply her with more calories. Of course, if she’s already overweight, then this step may not be necessary. Aim to keep her in good flesh but not too heavy (between a 5 and a 6 on the Henneke Body Condition Scoring scale, where 1 = emaciated and 9 = obese). It may be tempting to just add an extra scoop of grain to her ration, but fat or beet pulp are safer sources of calories.

    Adult horses in maintenance as well as mares in early gestation only need an 8% crude protein diet. But during the last trimester when the foal is building lots of tissue, that level will need to be upped to 10 – 12%. Instead of simply increasing the amount of grain in the diet, which can lead to problems, begin swapping out flakes of grass hay for flakes of alfalfa hay, which are higher in protein.

    Feeding alfalfa hay also provides the additional calcium that mares need in late gestation. Other minerals of interest include selenium–especially if you are in a selenium-deficient area of the country–and copper, which may have a protective effect against developmental orthopedic diseases such as osteochondritis dissecans or OCD. Also, make sure your mare gets plenty of Vitamins A and E particularly if she does not have access to fresh grass. A multi-vitamin/mineral supplement  made especially for mares may be a good choice now.

    One final bit of advice: during the last trimester the foal takes up quite of bit of room in the mare’s abdomen. Just when she should be eating more there’s no room for food! Try to feed smaller meals more frequently so she takes in the nutrition she needs without becoming uncomfortable. Now just work with your veterinarian to make sure your mare’s other health needs are met (deworming, vaccination, hoof and dental care) then provide careful monitoring until the Big Day!

  • Feeding Dogs Fruits and Vegetables

    I’ve been hearing more and more about the value of adding fruits and vegetables to my dog’s diet. I know that certain ingredients can be harmful, but I’m not sure what to stay away from, and what’s beneficial. Can you tell me what fruits and veggies are appropriate to add to my dog’s diet, and at what amount? ML, Connecticut

    Dear ML,

    You’re right on both counts: that fruits and vegetables have health benefits to pets but that not every fruit and vegetable is safe to feed your pet. For example, garlic, onions and grapes have all been shown to be toxic to dogs. On the other hand, vegetables such as carrots, peas and pumpkin are wonderful additions to dry dog food diet as are fruits like apples, blueberries and bananas. Not only are they packed with vitamins and minerals, they also contain fiber, antioxidants and other beneficial agents.

    If you wish to introduce fruits and vegetables to your dog, do so gradually and in moderation. Add just one to two new items each week and avoid unbalancing the diet by limiting fruits and veggies to 10 – 20 % of the total diet. Another suggestion is to lightly cook the vegetables, which helps release certain nutrients. Finally, visit www.aspca.org/pet-care/poison-control/ to make sure everything you’re offering to your dog is safe.

    SmartPak is a firm believer in the health benefits of fruits and vegetables to dogs, and has included a wide variety of both in its supplements as well as its food. SmartCanine Vite is a nutritional supplement that contains a tasty blend of fruits and vegetables along with vitamins, minerals, amino acids, essential fatty acids and digestive support. It’s designed to complement heavily processed commercial kibble.

    Either way you choose to add fruits and vegetables to your dog’s diet—by home cooking them yourself or through the product mentioned above—you’ll be providing him with a healthier diet that also tastes great!

  • Audi A8 hybrid at 2010 Geneva Motor Show

    Audi A8 2010

    Following the Audi Q5 hybrid will be the new Audi A8 hybrid, to be presented at the 2010 Geneva Motor Show in March. The announcement of the new A8 hybrid was made at the Detroit auto show by Audi America president Johan de Nysschen, and is part of Audi’s ambitious target of selling one million models in the year 2010.

    The same man famous for describing the Chevrolet Volt as a stupid car, has confirmed that Audi intends on saying no to those technologies which don’t represent real progress, and will therefore only focus on “full hybrid” cars, and not “mild hybrids” as in the case of the Mercedes S-Class or BMW 7-Series, for example. It seems the US is fast catching on to Europe’s focus on the environment, and it’s interesting to see the Q5 as the first Audi hybrid choice.

    Audi A8 2010 Audi A8 2010 Audi A8 2010 Audi A8 2010