and may be used
with the suffix -san.
Bhagwan Shree Rajneesh became known
as OSHO because of his in depth
understanding of Buddha, dharma,
the passing of the key to Mahakashyapa;
and how dharma was doomed to
"wither on the vine in India", so to speak.
Mahakashyapa was the first holder of
six holders of the key who lived in India,
up through Bodhidharma, who as the sixth
holder, was then minded to take it to China, to find a.n.other who was worthy of it being passed
to. It was in China that Bodhidharma sat for 9 years staring at a wall, waiting for the person
who can listen to me.
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960's. It was a particularly mind-blowing experience for me, as a dyslexic 3D thinker, because my own vision as a child, was of a future time when we would be able to personally experience a simulation of the reality, such that we would not be able to tell the difference between the simulation and the reality. Many moons later in California, whilst speaking to the female dyslexic designer of the very latest Silicon Graphics CGI workstation, I was introduced to Thomas West's enlightening book, entitled IN THE MIND's EYE; as a result of which I helped to set up an event of the same name.
THE original TED talk on YouTube and the associated RSA animate, marks the beginning of an AWAKENING to the fact that - CREATIVITY for the purpose of POSITIVE ENHANCEMENT of the EVOLUTIONARY ADVANCEMENT of the entirety of our multiverse of universes - IS of THE most paramount importance with respect to the appropriate design of a sustainable solution for ALL of LIFE throughout the ENTIRETY of EVERYTHING !!!???NO WONDER therefore that Ken Robinson then went on to propose the question ... CAN CREATIVITY [BE] TAUGHT ???. One of the many keys to understanding [IS]
the need to acknowledge the concept of ... SEEKING LESS AND LESS ... ABOUT MORE AND MORE NOT MORE AND MORE ... ABOUT LESS AND LESS
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boratory for Particle Physics situated in Geneva, Switzerland. CERN is a meeting place for physicists from all over the world, where highly abstract and conceptual thinkers engage in the contemplation of complex atomic phenomena that occur on a minuscule scale in time and space. This is a surprising place indeed for the beginnings of a technology which would, eventually, deliver everything from tourist information, online shopping and advertisements, financial data, weather forecasts and much more to your personal computer.
Tim Berners-Lee is the inventor of the Web. In 1989, Tim was working in a computing services section of CERN when he came up with the concept; at the time he had no idea that it would be implemented on such an enormous scale. Particle physics research often involves collaboration among institutes from all over the world. Tim had the idea of enabling researchers from remote sites in the world to organize and pool together information. But far from simply making available a large number of research documents as files that could be downloaded to individual computers, he suggested that you could actually link the text in the files themselves.
In other words, there could be cross-references from one research paper to another. This would mean that while reading one research paper, you could quickly display part of another paper that holds directly relevant text or diagrams. Documentation of a scientific and mathematical nature would thus be represented as a `web' of information held in electronic form on computers across the world. This, Tim thought, could be done by using some form of hypertext, some way of linking documents together by using buttons on the screen, which you simply clicked on to jump from one paper to another. Before coming to CERN, Tim had already worked on document production and text processing, and had developed his first hypertext system, `Enquire', in 1980 for his own personal use. Tim's prototype Web browser on the NeXT computer came out in 1990.
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