''Thinks that technology has to be shared with others to
create a world with kids doing robotics as little ones''. To create a better
surgery with the technology not necessarily the doctor doing it but moving it
with a table in his fingers. As a physics they see a thousands of new concepts
trying to apply to the car, house, cellphones, google or other companies.
Isaac Asimov
Always writes about science fiction that inspires people to
make movies about it.
First to all, he writesI, Robot, The Caves of Steel, and The Naked
Sun —won respect for science fiction by using elements of style found
in other types of books, such as mystery and detective stories. He introduced
the "Three Laws of Robotics": "1. A robot may not injure a human
being or, through inaction, allow a human being to come to harm. 2. A robot
must obey the orders given it by human beings except where such orders would
conflict with the First Law. 3. A robot must protect its own existence as long
as such protection does not conflict with the First or Second Laws."
Asimov said that he used these ideas as the basis for "over two dozen
short stories and three novels … about robots." The three laws became so
popular, and seemed so sensible, that many people believed real robots would
eventually be designed according to Asimov's basic principles.
George Siemens
He is a frequent keynote speaker at conferences detailing the influence
of technology and media on education, organizations, and society, having
presented at conferences in more than 30 countries. His work has been profiled
in provincial, national, and international newspapers (including NY Times),
radio, and television. His research has received numerous national and
international awards. He will receive an honorary doctorate from Universidad de
San MartÃn de Porres for his pioneering work in learning, technology, and
networks in May 2012. Siemens has maintained the elearnspace blog (www.elearnspace.org/blog) for eleven
years and www.connectivism.ca for
six years.
Stephen hawking
Is the greatest astronomic physics of the all-time he
create theories in his books makes conference but also he has a great mind.
Including all of this we can infer he's the one who makes the 20 century into a
new one. He can’t even move or walk or talk by his condition but with that he made:
In 1988 Hawking, a recipient of the Commander of the Order of the
British Empire, catapulted to international prominence with the publication
of A Brief History of Time. The short, informative book became an
account of cosmology for the masses. The work was an instant success, spending
more than four years atop the London Sunday Times' best-seller
list. Since its publication, it has sold millions of copies worldwide and been
translated into more than 40 languages. But it also wasn't as easy to
understand as some had hoped. So in 2001, Hawking followed up his book
with The Universe in a Nutshell, which offered a more illustrated
guide to cosmology's big theories. Four years later, he authored the even more
accessible A Briefer History of Time.
Together the books, along with Hawking's own research and papers,
articulate the physicist's personal search for science's Holy Grail: a single
unifying theory that can combine cosmology (the study of the big) with quantum
mechanics (the study of the small) to explain how the universe began. It's this
kind of ambitious thinking that has allowed Hawking, who claims he can think in
11 dimensions, to lay out some big possibilities for humankind. He's convinced
that time travel is possible, and that humans may indeed colonize other planets
in the future.
Joel Barker
The guy who create the world of paradigma. In this video shows the idea he makes
Born
January 24, 1947) is an American futurist, theoretical
physicist and popularizer of science. Dr. Kaku is a Professor of
Theoretical Physics at the City College of New York. He has written
several books about physics and related topics, has made frequent
appearances on radio, television, and film, and writes extensive
online blogs and articles. He has written three New York Times
Best Sellers: Physics of the Impossible (2008), Physics of the
Future (2011), and The Future of the Mind (2014). Kaku has hosted
several TV specials for the BBC, the Discovery Channel, the History
Channel, and the Science Channel.
Isaac Asimov
Born Isaak Yudovich
Ozimov; circa January 2, 1920[1] – April 6, 1992) was an
American author and professor of biochemistry at Boston
University, best known for his works of science fiction and for
his popular science books. Asimov was prolific and wrote or
edited more than 500 books and an estimated 90,000 letters
and postcards.[3] His books have been published in 9 of the 10 major
categories of the Dewey Decimal Classification.[4]
George Siemens
George Siemens is a writer, theorist, speaker, and researcher on
learning, networks, technology, analytics and visualization, openness, and
organizational effectiveness in digital environments.[1] He is the
originator of Connectivism theory and author of the
article Connectivism: A Learning Theory for the Digital Age and the
book Knowing Knowledge - an exploration of the impact of the changed
context and characteristics of knowledge.
Stephen Hawking
General theory of relativity, is
the geometric theory of gravitation published byAlbert
Einstein in 1915[1] and the current description of gravitation
in modern physics. General relativity generalizesspecial
relativity and Newton's law of universal gravitation, providing a
unified description of gravity as a geometric property
of space and time, or spacetime. In particular,
the curvature of spacetime is directly related to
the energy andmomentum of
whatever matter and radiation are present. The relation is
specified by the Einstein field equations, a system of partial differential
equations
Joel Baker
Joel Barker was the first person to popularize the concept of paradigm
shifts for the corporate world. He began his work in 1975 after spending a year
on fellowship meeting and working with visionary thinkers in both North America
and Europe.
He discovered that the concept of paradigms, which at that time was
sequestered within the scientific discussion, could explain revolutionary
change in all areas of human endeavor. By 1985, he had built the case and
corporations and nations were seeking his advice.
In 1980, in addition to his work on paradigms, he began to focus on a
second crucial component for organizations and individuals: the importance of
vision.
They are the people who collaborate to create a better world with better education and future, of what is technology about 10 or 20 years , an example of this is this futuristic video
For Stephen Hawking the future would be better bionics legs , electric shoots for move our brain to do what we want just with electricity, replacement collagen for the leg, new glasses for blind people; indeed is just the beginning for the next 2 or 3 years.
For Michio Kaku one of our favorites person says that we will have for the next 10 or 20 years , the newspaper will have the internet within and the step floor will have intelligence , the chips with actual cost of thousands dollars will cost just cents in a few decades, people with paralysis can have a chip in their brains for resolve puzzles send emails and play video games, we can enter in our room and connect with our computer telepathically , move objects everything with the power of the brain , in the future you can touch a bottom to choose the food you want, the internet in our glass eyes the clue for our life existence is not a mystery we are not far for this steps.
Isaac Asimov words it said in the past(1998) and the things that are happening. As you can see he's not alive for talk but....
Past- Once we have a connections , connections from our homes each of them connect it to a librarian word when every person can ask anything and have answers , obtain materials of reference over every unknown knowledge he wants to know and discover . You can go in your rithm at your direction in your own time then everyone will enjoy for learn. With the computers we will have the first relationship one to one between the information and the consumer.
Present -Light
1. "One thing I can think is that men continue away from nature in its attempt to create an environment that suits them more. By 2014, the use of electroluminescent panels will be common. The ceilings and walls gently and shine a variety of colors that change by pressing a single button ".
2. Kitchen
"The devices will continue to relieve mankind of tedious work. The kitchens will be designed so as to be able to prepare 'you autocomidas' heat water and make coffee, toast bread, fry, poach or prepare scrambled eggs. The breakfast' They ordered 'the night before to be ready at a certain time in the morning. "
Sound familiar? It seems as if he sensed microwaves and other electrical devices before they were created.
3. Robots
"Robots will not be common and work well in 2014, although there will be. Will style computers, very miniaturized, acting as 'brains' of the robots. In fact, the IBM building at the World Fair of 2014 show as one of its objects stars a kind of domestic help large, clumsy and slow robotics, but able to collect items, sort, clean and manipulate various appliances ".
This week the Robotics Challenge DARPA tests, a prestigious competition in which all kinds of robots demonstrate skills and tasks today performed by humans in the military or was held in the state of Florida, USA, bailing out.
4. 3D Movies
"At the booth of General Electric Fair 2014 will be exhibited films in 3-D on 'Robots of the future.'" All that Asimov was unable at this point was the issue.
"As for television, wall screens have replaced our equipment now, but there will also be transparent cubes capable of displaying three-dimensional images." Today nobody questions the existence of flat screens, or holographic television.
5. underwater Houses
"The underwater homes will tempt those who like water sports and certainly help to streamline the operation of both food and mineral ocean resources."
A French architect has designed an oceanographic station that looks like a floating skyscraper, the SeaOrbiter, to be launched in 2016 exploration.
6. Wireless Devices
"The appliances in 2014 will not have electrical cables and obtain their energy from long-life batteries based on radioisotopes."
As for the first part of the prophecy, he came in white, but fortunately we do not use domestically-based energy nuclear disintegration.
7. Communication
"The communications will include image plus sound, so you can see and hear the person you telefonees. The display not only be used for the person you have called but also allow you to study documents and photographs, plus allow reading of books. There will be synchronous satellites covering the space, which will make it possible to communicate with any point on Earth, including weather stations in Antarctica. "
What is this if not a description of video calls?
8. Travel to Mars
"By 2014 they will have landed on Mars unmanned, although it will be working on sending a human expedition".
Another success.
9. Work
"In the world of 2014 there will be fewer routine jobs that can not be done by a machine rather than human. Humanity will have become, therefore, in a race offers machines. Schools should be oriented in that direction .
The same December Google announced an ambitious new project that seeks to replace people with robots in unskilled jobs.
10. Boredom
"Humanity will suffer terribly bored, a disease which runs every year and gain in intensity. This will have serious mental, emotional and sociological consequences, and I dare say that psychiatry is, long, the largest medical specialty in 2014 ".
Although usually considered stress as the most serious threat to a person's mind at work, psychologists say that boredom is no less harmful to health and the effectiveness of the employee.
BY George Siemens
Learning and knowledge rests in diversity of opinions.
Learning is the process of connecting nodes or information sources.
Not only humans learn, knowledge can reside outside the human being.
The ability to increase knowledge is more important than what is already known.
It is necessary to nourish and maintain connections to facilitate continuous learning
The ability to see the connections between the fields, ideas and concepts is essential.
The date and accurate information is the intent of all activities connectivist process.
Decision-making is itself a learning process. Choosing what to learn and the meaning of incoming information is seen through the lens of a changing reality. It is possible that a current response to a problem Dea tomorrow under the new information received is wrong.
The integration of cognition and emotion in decision-making is important. The thoughts and emotions influence each other. A learning theory that considers only one dimension excludes a large part of how learning happens.
Learning has an ultimate goal is to increase the ability to "do something." This increased competition could be in a practical sense (learn to skate for example) or the ability to function effectively in the knowledge age (self-awareness, personal information management, etc). Learning is not only for understanding, acting is a necessary element.
Learning is a process of connecting specialized nodes or information sources. A student can exponentially improve their learning if you connect with other existing networks.
Learning may reside in non-human devices can also be in a community, a network or a database.
The ability to know more is more critical than what is currently known. Knowing where to look for information is most important to know the information.
The care and maintaining connections is needed to facilitate learning, the connections provide better results than trying to understand the concepts for yourself.
Learning occurs in various ways, for courses, e-mail, communities, conversations, searching the web, mailing lists, blogs, wikis etc. The courses are not the only means to achieve learning.
Different approaches and personal skills needed to learn effectively in today's society. For example, the ability to see connections between fields, ideas and concepts is an indispensable skill.
Learning in a learning organization and personnel are integrated tasks. Personal knowledge feeds of organizations and institutions, and in turn feeds the individual network to continue aprendienso. Connectivism attempts to provide an explanation of how students learn and organizations.
Decision-making is itself a learning process. Choosing what to learn and the meaning of the information you learn is seen through a lens changing reality; what is now an accepted answer may be wrong tomorrow due to alterations affecting the decision.
Learning is a process of knowledge creation and not just consumer knowledge. Learning tools and methodologies should take advantage of this feature of learning.
Joel Barker
The innovation can acces to a word of advantages of competion ,
Anticipation PROVIDES THE INFORMATION YOU NEED TO BE IN THE RIGHT PLACE AT THE RIGHT TIME
IN ONE OF HIS CHAPTER BOOK SAYS
Managers must show flexibility. Managers should permit and be willing to listen to their EMPLOYS.To SOLVE A PROBLEM the managers should facilitate and encourage cross-communication means that people from diverse backgrounds diversity of opinion should sit together and talk. PEOPLE ESPECIALLY different paradigm may be particularly good at helping overcome the paradigm of another person. LISTEN TO ALL THESE IDEAS, managers have a special influence to innovation because many IDEAS CAN PRODUCE A GOOD IDEA. Managers are in a position unique because LISTEN TO ALL IDEAS CAN DO make connections.
-This blog is a short journey by
technological working for the future. I agree with Kaku that "technology
must be shared with others" whenever for the good and for the evolution of
our society and our planet. The technology came into our hands to grow,
improve, progress and evolve, and with each step the human being, the
technology goes hand in hand and advances. I just wonder if we are really using
technology effectively and whether it is good for us to have it. I am convinced
that technology in one of its branches such as medicine and education - well
used - is breakthrough in our society; but I think we should assess whether
weapons technology, robotics and all that that damage our environment, is really
a forward or destruction. But surely, technology, internet, machinery, robots,
film, technology education, science and humans are a powerful combination that
can lead to the success of a nation if used properly. Thanks to scientists who
are honored in this blog and everyone else for us to live in such a
technologically advanced world.
"Things happened like this: the
machines had reached such perfection that men did not need to eat or sleep or
talk or read or write or think or do anything. [...] Then the men began to
notice that they were disappearing gradually and instead multiplied machines.
[...] Finally, men were eliminated. As the latter forgot to switch off the
machines, since we are still working. "
Liza Velez-
-This blog was made with the purpose
of creating awareness among people so that they can meet the theorists
of the future, which can educate to the facts they have made,
etc. We decided to put five theorists who have failed to work or make blogs, edit books, write several
letters, etc. The purpose of my classmates and me is that people
who come to our blog to know and learn more about the theorists of the future
and their deeds.
Maria Cirino-
-The creation of this product was with
the purpose of teaching staff on
different theory existing in the
world of technology.
Francis Vega-
As individuals we have to update our
minds for the future that is coming.
