Fast Hole Drilling for High Rises which Go Straight Down

In the future the human species may have to build our city’s underground where they can be safe from the weather, global warming or a loss of atmosphere, which allows more space and solar radiation. We know that the cycles of ice ages and solar cycles to severely impact our planet over the period of millions of years.

Maybe not in our lifetimes, but definitely sometime in the future mankind may need to live underground for a millennium or more. Yet also consider that living underground advantages that perhaps you have not considered.

Living underground and using the walls that are already there means that construction will be cheaper. Strengthening these walls may not be as difficult as we think as we master laser molecular realignment technologies.

Is it possible to build a skyscraper which go straight down instead of straight up? Sure it is and many skyscrapers start by going straight down as they must reinforce the structure. Is there a way to thrill the whole straight down very very quickly?

Yes I believe I have thought of a concept, which will help us do this. We used laser cutting tools to cut the rock and dirt and giant Earth vacuums to remove dirt. As we drill straight down the reinforce the sites using laser molecular realignment technologies. This way the vertical tunnel cannot collapse within itself.

Once we get the building to the desired depth and to remove the dirt we simply start putting and cross members for the floors and build a giant elevator and work from their. You could build a skyscraper straight down into the ground in probably less than a third of the time to build it straight up. Please consider this in 2006.

The Rebirth of Plato’s Lost Science

Roberto Denti, the Founder of Quantum Art International, in association with Massimo Pregnolato, Head of Pavia University’s Department of Medicinal Chemistry, Italy, is now promoting an international art competition entitled ‘Creativity and Antidote for Human Survival’ as being an integral part of the 21st Century Renaissance.

What they do not know is that the Director of the Sustainability Research Institute in Australia has just now received an extraordinary assessment of their work, based upon the research of world famous philosophers of science. This assessment provides indisputable evidence that their work is bringing about the rebirth of Plato’s lost science that the Great Italian Renaissance failed to do. Their Antidote for Human Survival is now of great global importance.

Both Denti and Pregnolato are fully aware that paintings can contain true 3D stereoscopic images, as the artist Salvador Dali predicted. They are aware that in the 21st Century paintings are appearing that demonstrate dramatic 3D images. Neurologists are now studying this to understand its evolutionary significance. The rebirth of Plato’s lost science to prevent unformed matter emerging from the physical atom, from the perspective of the Korean crisis, certainly warrants immediate international investigation. Their human survival antidote information was found to express the scientific sustainability of Plato’s educational system.

That system was based upon arithmetic, plane geometry, solid geometry, astronomy and harmonics. Plato’s Republic refers specifically to plane geometry being associated with evolving visual and auditory spiritual perception. He stated that plane geometry was not to be used for practical purposes but only to elucidate the mind’s relationship to the workings of an infinite, ethical universal purpose.

The reason that this science is lost is because it describes the workings of a holographic universe, which is in complete denial of the mechanistic worldview held by Einstein and modern science, that all life in the universe must be destroyed in obedience to the second law of thermodynamics.

During the Italian Renaissance, Leonardo da Vinci insisted that Plato’s spiritual plane geometry was false. He incorrectly stated that the plane surface of a painting could never contain true 3D images. This mistake corrupted the attempt to rediscover the lost ethical Greek atomic science needed to avoid the destruction of civilization by atomic weaponry.

The Israeli scientist, Guy Deutscher’s 2010 book of the year ‘Through the Language Glass’ revived the colour perception theories of William Gladstone the Prime Minister of Great Britain, which were rejected by the 19th Century’s Great Darwinian Debate. From Deutscher’s research a new neurological science emerged.

Immanuel Kant’s description of an ethical, spiritual, electromagnetic field evolving within the creative, artistic mind, derived from Plato’s search for a spiritual ethic as distinct from mechanistic science.

Following Deutscher’s discovery, Denti and Pregnolato’s crucial work provides the world’s only visual evidence validating the new medical science. The 1955 Russell-Einstein Manifesto proclaimed the threat to humanity posed by the development of nuclear weaponry and called for world leaders to resolve this problem. While their attempt failed, Denti and Pregnolato’s antidote discovery provides the crucial information that is essential to achieve that objective.

Who Invented the Internet – What Is the Future?

Before the Internet was actually the Internet, it was called ARPAnet. ARPA-Who? Yes, it’s a funny sounding name for sure. Especially considering what the Internet is today, literally encompassing every aspect of our lives. ARPAnet is an acronym for Advanced Research Projects Agency Network. In the late 1960s, The Advanced Research Projects Agency and the Department of Defense set out on a mission. They were trying to find a way to simplify communication and share data, but not using the old telephone method of ‘circuit switching’ to transfer voice and data communications. That method was only able to send from one to another in a linear fashion – from end to end.

The ARPAnet once set up, as rudimentary as it was in the beginning (late 70’s, early 80’s) used packet switching which enabled the sending and receiving of communication and data to multiple locations. Thus, TCP/IP communication protocols were born. You can probably thank Robert Kahn and Vint Cerf, often referred to as the Father of the Internet, for that. What started out as a defense project quickly expanded to the National Science Foundation (NSF) and academia – which allowed the sharing of information in real time. In 1989 ARPAnet was shut down, replaced by NSFnet.

First Commercial Use of the Internet

The first public and commercial use of the Internet came when in mid-1989 when Compuserve and MCImail added email service for anyone who wanted it. Next, PSInet setup a commercial section to the Internet backbone. Then by the end of 1990 Tim Berners-Lee came up with HyperText Transfer Protocols, and that should sound very familiar to everyone; HTTP. Next came; HTML, UseNet, and FTP (File Transfer Protocol). The Internet was up and running, and only in their wildest dreams would they have imagined that today just over 4 Billion people are now connected online across the globe – soon everyone will be connected and their lives affected in some way.

The Internet Has Changed the Way We Do Business Forever

Before the Internet, businesses were using fax machines, Federal Express package delivery and Zap Mail, Snail Mail (USPS), and very limited data transfer with Alpha Pagers (very brief text messages for which you could answer Y or N for yes or no). At that time people were upset with Junk Fax advertising, little did they know the future of SPAM was going to take a big bite out of that nonsense – albeit, only to make it a 1,000 times worse. Before SPAM blockers, users wore the letters off the “delete” key within a month after buying a new computer.

The Internet sped up the flow of information and the speed of business to the point that in 1999 Bill Gates wrote a book; Business @ The Speed of Thought. Of course, by the mid-1990s nearly every legitimate business, big and small, either had or was building a website. Why not have an online brochure available 24/7 without having to print and mail out information to potential customers? Yes, the printing industry suffered, print shops across the nation were going out of business, almost as fast as the film-developing sector disappeared with the advent of digital cameras.

The Major Evolutionary Shifts of Commercial Internet Use

Yes, the Internet has changed everything in our world, but nowhere is the shift as dramatic as it is in the business world. From 1990 to 2000, within 10-years everything had changed. It was a chaotic time, yet a time for significant opportunity. There is always opportunity in change. The more rapid the change the more chaos, crisis, and yes, opportunity. Below is a quick list of some of the paradigm shifts the Internet has brought to business;

  1. Commercial E-mail became the preferred method of written communication
  2. Companies, regardless of size, built websites – competing on a level playing field
  3. Interactive websites allowed customers and businesses to conduct business online
  4. Industry Portal Websites sprung up with information in every sector of the economy
  5. Search Engine competition rapidly evolved to serve the instant information needs of consumers
  6. Bulletin Boards then Blogs, brought 2-way open transparent information for business communication
  7. Social Networks and Social Business Networks began to grow
  8. The whole world went mobile with smartphones – the Internet followed – the rest is history

Today, the world’s information is at your finger-tips wherever you are and whenever you want it. Soon, the SpaceX LEO (Low Earth Orbit) Satellite Network System, Starlink will deliver Internet Service to anywhere on the planet, and anyone with a mobile device will be able to access the Internet. Well, that just changes everything, and here we go again. Are you ready for the next wave of opportunity/chaos, aboard the next satellite rocket launch? It’s already here, and deployed. It will come online in 2020. Once again, the Internet does not disappoint – change is the Internet’s only constant. Your business should be constantly exploiting these new technologies

What’s Comes Next? What’s the Next Big Evolution for Business Computing?

This turns out to be an easy one to predict, as industry and the world’s largest corporations are already preparing. Consider if you will The Internet of Things (IoT), Big Data, and AI (Artificial Intelligence) all connected in real time to the cloud, and all that secure data and information ready for anyone anywhere on any mobile device?

Imagine running a factory, supply chain, construction project, hospital, university, financial institution or multiple retail locations and having the exact pertinent information you need instantaneously? Imagine all those systems integrated, systematized, and optimally configured for maximum efficiency – on any job site, location, and the ‘need to know’ information for each team member in real-time.

From a business perspective, the Internet just got a 100-times more useful, but only if you take advantage of these changes and opportunities.

What is the Difference Between Science Fiction and Futurism?

Many futurists write science fiction and many science fiction writers are futurists. Have you ever wondered why that is? It does stand to reason that someone that has an interest in the future, and where technology is leading us, would also enjoy writing science fiction. It also makes sense that some who does a good bit of writing in the Sci Fi Genre would need to have some thoughts on where we are headed as a species and what scenarios we will encounter in the future.

The difference between Sci Fi and Futurism is fairly straight forward in definition, so let me give you my take on it, seeing as I do a bit of writing in both areas. Futurism is predicting the future without the use of characters and a storyline. Science Fiction is a literary art, where a story is told and characters are involved. You see, some things you cannot say in real life, as it is not politically correct, but you can tell of it in a storyline.

This gives the author a lot of leeway. Interestingly enough many things that have been written in Science Fiction novels are now common place; electric submarines from Jules Verne and Satellite Communication by Arthur C. Clarke for instance.

One thing I have found is that if you come up with a potential eventuality far off into the future, no one has any reference to understand what you are talking about and might think it’s too far-fetched if they did. In this case you lose credibility. However, if you wrap the idea into a story, then it all seems believable and it should get people thinking.

Additionally, a well-known Sci Fi writer will have an avenue and a loyal readership to get their ideas and concepts out to the masses. I hope this article helps you see the difference between the two and how they can work together for the benefit of all. Think on this.