Nithyananda Dhyanapeetam In todays (28th July, 2014) morning Satsang from Hardwar, Paramahamsa Nithyananda expanded on completion. He described how there is a tantrum throwing child inside you that is on strike. Just sit with that child and the advaithic part of you will melt that child. Don’t engage with him, that just empowers his tantrum throwing. Just sit with him and he will melt down in the presence of advaitha. Then he guided us through the process. Watch, Share and Subscribe to our channel to be notified of the next upload click to subscribe. visit: I welcome all of you with My love and blessings. Today I’ll expand on Completion. I have something to add. Please understand, this is one of the biggest revelation which is going to help all of you and millions who are coming for complete completing in a very simple and beautiful way.
The Internet map The map of the Internet Like any other map, The Internet map is a scheme displaying objects’ relative position; but unlike real maps (e.g. the map of the Earth) or virtual maps (e.g. the map of Mordor), the objects shown on it are not aligned on a surface. Mathematically speaking, The Internet map is a bi-dimensional presentation of links between websites on the Internet. Charges and springs To draw an analogy from classical physics, one may say that websites are electrically charged bodies, while links between them are springs. Also, an analogy can be drawn from quantum physics. Anyway, the real algorithm of plotting The Internet map is quite far from the analogies given above. Semantic web The map of the Internet is a photo shot of the global network as of end of 2011 (however, baloons show actual statistics from Alexa). Importantly, clusters on the map are semantically charged, i.e. they join websites together according to their content. The Internet Phenomenon Ideas and suggestions
The Online Dating Engine that Assesses Your Taste In the Opposite Sex (And Whether They Find You Attractive) Online dating sites have transformed the way that people make friends and find partners. Many dating websites have recommendation algorithms that match people with potential partners based on their mutual likes and dislikes, interests, hobbies and so on. That certainly helps to prune the field but the inescapable truth of the online dating game for most people is that you have to kiss a lot of frogs before finding your prince or princess. So finding a better way of matching potential partners is a much needed goal, not to mention a valuable one given that the online dating business is worth some $3 billion a year. That’s why the work of Kang Zhao at the University of Iowa in Iowa City and a few pals might attract some interest. These guys have built a recommendation engine that not only assesses your tastes but also measures your attractiveness. Most web users will be familiar with the recommendation engines on Amazon, Netflix and so on. At least, that’s the theory.
Petit Bain We created a cover illustration for Little White Lies, a bi-monthly, independent movie magazine based in London. This issue featured the latest Muppets movie: Muppets Most Wanted. We treated the illustration to look like stitched felt, playing with the idea of puppetry and craft.Editorial Design, Graphic Design, Illustration2014 We illustrated a series of portraits based on characters from the iconic 1980's animated TV series, Masters of the Universe. One of five finalists in the Southern Comfort Creative Exchange competition.
Jepti - udlejning - lej udlej Vintage Ad Browser Constructivist Foundations 9(1) Computation, Cognition and Constructivism: Introduction to the Special Issue Alexander Riegler, John Stewart & Tom Ziemke Abstract · Full text in PDF (484 kB) Constructivism and Computation: Can Computer-Based Modeling Add to the Case for Constructivism? Manfred Füllsack Abstract · Full text in PDF (982 kB) Are Computers Digital? Stefano Franchi Abstract · Full text in PDF (103 kB) Weak and Strong Constructivist Foundations (Open Peer Commentary) Marco C. Abstract · Full text in PDF (106 kB) The Construction of the Environment (Open Peer Commentary) Bernd Porr Abstract · Full text in PDF (88 kB) Author’s Response: Constructivism as Possibility? Abstract · Full text in PDF (81 kB) Exploration of the Functional Properties of Interaction: Computer Models and Pointers for Theory Etienne B. Abstract · Full text in PDF (940 kB) Systems Sciences and the Limitations of Computer Models of Constructivist Processes (Open Peer Commentary) Abstract · Full text in PDF (87 kB) Martin V. Peter Cariani Jiří Wiedermann
Nityananda Nityananda (Bengali: শ্রী নিত্যানন্দ, b 1474 CE), was a Vaishnava saint, famous as a primary religious figure within the Gaudiya Vaishnava tradition of Bengal, is an expansion of Balarama.[1] Nityananda was Chaitanya Mahaprabhu's friend and disciple. They are often mentioned together as Gaura-Nitai (Gaura, "golden one", referring to Chaitanya, Nitai being a shortened form of Nityananda) or Nimai-Nitai (Nimai being another name of Chaitanya).[2] Followers often refer to Nityananda as 'Sri Nityananda', 'Prabhu Nityananda' or 'Nityananda Rama'. According to Gaudiya-Vaishnava tradition Nityananda is an incarnation of Balarama, with Chaitanya Mahaprabhu being his eternal brother and friend, Krishna.[3] He is considered the 'most merciful' incarnation of the Supreme Personality of Godhead [4] (a term popularized by A.C. Bhaktivedanta Swami). Life[edit] Sri Chaitanya and Nityananda, is shown performing a 'kirtan'( devotional song ) in the streets of Nabadwip, Bengal. Jagai-Madhai episode[edit]
Liquid Metal Printer Lays Electronic Circuits on Paper, Plastic, and Even Cotton One of the dreams of makers the world over is to be able to print electronic circuits on more or less any surface using a desktop printer. The great promise is the possibility of having RFID circuits printed on plastic or paper packaging, LED arrays on wallpaper and even transparent circuits on glass. Or simply to rapidly prototype circuits when designing new products. There are no shortage of conducting inks that aim to do this but they all have drawbacks of various kinds. For example, many inks have low or difficult-to-control conductivity or need to be heated to temperatures of up to 400 degrees C after they have been printed thereby limiting the materials on which they can be printed. The result is that the ability to print circuits routinely on flexible materials such as paper or plastic has remained largely a dream. Until now. The new technique is straightforward. That looks to be a useful development. Answers please in the comments section.