Thursday, November 27, 2008
New Book Reflects on Present Advancements in Technology, Possible Opportunities in the Future
New technologies surround us every day, making our lives simpler, more interesting and more enjoyable. And although a hundred people might say “Wow” with every breakthrough, there’s always one who asks, “How can I push this a little further?” Roderick L. Fennell’s new book, The Future of Tomorrow: How Technology, Medicine, Computers, and Travel Will Change Beyond the 21st Century (published by AuthorHouse), exposes present advancements and discoveries taking place in today’s world of technology, and discusses the possibilities that tomorrow may bring: Imagine tiny computers so small they must be seen with a microscope. Consider machines smaller than a red blood cell that can circulate through your body and attack and remove infectious organisms. Imagine the creation of ultra light materials that are 10 times as strong as steel or the creation of molecular computers that could contain storage devices capable of storing trillions of bytes of information in a structure the size of a sugar cube. Consider the day when we are able to cure cancer by simply drinking a medicine stirred into our favorite fruit juice. All of these notions are ideas behind nanotechnology. Medicine, biology, quantum physics, computer engineering, chemistry, aerospace and business are just a few of the areas where you can find current cutting-edge technology – from nanotechnology to neural networks with A.I
Thursday, November 20, 2008
Nanotechnology
The Future Of Tomorrow
How Technology, Medicine, Computers, and Travel Will Change Beyond the 21st Century
Imagine a supercomputer no bigger than a human cell . Imagine a four-person, surface-to-orbit supercraft no larger and no more expensive than a family car. Imagine being able to cure cancer by drinking a medicine stirred into your favorite fruit juie. These are just a few products expeted from Nanotechnology.
Well, if Nanotechnology is suppose to be so important to our material existence then, let's start by finding out what it is. Nanotechnology is an umbrella term that covers many areas od research dealing with objects that are measured in nanometers. A nanometer(nm) is a billionth of a meter, or a millionth of a millilonth of a millimeter. Let's now learn how nanomachines will manufacture products, and what will be the impact.
Friday, November 14, 2008
Table of contents For PART 2
The Future Of Tomorrow
How Technology, Medicine, Computers, and Travel Will Change Beyond the 21st Century
21ST CENTURY TECHNOLOGICAL ADVANCES
Nanotechnology: Putting the Atoms Where We Want Them
Building with Atoms
A New Industrial Revolution
Nanotechnology discussed before the United States Senate
Nano Tech 2007
ARTIFICIAL INTELLIGENCE: THINKING MACHINES
Electronic Circuit Replicates BRain Activity
Strong/ Weak Truly Intelligent Machines
The Turing Test
Branches of A.I.
The New Luddite Challenge
Biotechnology/Genetic engineering: DNA Cmputers, Cloning, Genetics in th Womb
A Sucessor to Silicon
Cloning
Who Will CloneParkinson's or Rett Syndrome
To Clone or Not to CloneThe Technology of Gene Therapy
Germ line modification
Two mothers
Computer Engineering: Distributed computiing, Quantum Computers, Scalable TCP
Distributed computing
Photonic Networks and components'Great reservations'
Science is exploring many applications of gene technology
Technology
Quantum Teleportation: New York to California in 2 seconds, how about it?
What is Teleportation?
Photon Experiments
Human Teleportation
Light Transport
Quantum Teleportation in your future
How Quantum Computer Will Work
Defining the quantum Computer
Today's Quantum Computers
Ultrascale Network Protocols for Computing and Science in the 21st Century
Enabling technologies
Scalibility problems of TCP
Scalable protocols
Monday, November 3, 2008
Table of Contents for PART 1
The Future Of Tomorrow
How Technology, Medicine, Computers, and Travel Will Change Beyond the 21st Century
Technological Advances in 21st Century and Beyond
Introduction
Nanotechnology: Putting the Atoms where we want them
Artificial Intelligence: Thinking Machines
Biotechnology/Genetic Engineering: Cloning, Fighting Disease, Gene Therapy
Quantum Teleporatation: New York to California in 2 secondss, how about it?
Computer Engineering: DIstributed Computing, Quantum Computers, Scalable TCP
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