Category: Future Predictions


The Race to the Singularity

In a remarkable feat of micro-engineering, UNSW physicists have created a working transistor consisting of a single atom placed precisely in a silicon crystal.

Image Source: Strides In A.I. Create Smart Investment Opportunities

Disequilibrium: A Future Economic View

Mohamed A. El-Erian

is Chief Executive and Co-Chief Investment Officer of the global investment firm Pimco, which manages $1.8 trillion in assets.


“That has left the global economy in its “own stable disequilibrium,” he warned, with markets outpacing fundamentals on expectations central banks will help deliver stronger growth.”

“We should not underestimate the potential upside of such a comprehensive policy evolution. In addition to lifting impediments that have repeatedly undermined the global economy and exposed it to financial crises, such changes would have the added advantage of enticing the substantial private capital that is now standing on the sidelines. Such an influx of capital would be a further shot in the arm for investment, production, employment, trade, and more equal income distributions. The well-being of millions of people around the world depends on the international community stepping up to this difficult challenge.­”

Published on Mar 16, 2013
Mohamed El-Erian, CEO and Co-CIO of PIMCO kicked off the 10th Annual SIEPR Economic Summit with a thoughtful discussion about four drivers in the economy that are affecting us all right now

Image Source: benzinga.com


Machines are evolving 10 million times faster than man. In 100 years time, robots will run our houses, drive our vehicles, patrol our streets, operate on our bodies, and fight our wars — they may even take over our world. Find out how in Incredible Robots.Robots are machines that can perform some human tasks or imitate some of the things that a person can do.

Thats Impossible! – Real Terminators

Harder – Robots are mechanical devices that operate automatically. They can perform a wide variety of tasks; jobs that are repetitious and boring, difficult, or too dangerous for people to perform. Industrial robots efficiently complete routine tasks such as drilling, welding, assembly, painting, and packaging. They are used in manufacturing, electronics assembly, and food processing.

The word robot comes from the Czech word ‘robota’ that means drudgery. The science and technology that deals with robots is called robotics. A typical robot completes its task by following a set of specific instructions that tell it what and how the job is to be completed. These instructions are programmed and stored in the robot’s control center, a computer or partial computer. Robots come in different sizes and shapes. Few resemble humans as is frequently depicted in science fiction. Most are stationary machines with a single arm that lifts or moves objects and uses tools.

Engineers have also developed mobile robots with video cameras for sight and electronic sensors for touch. These new generation robots are controlled by both their stored instructions (software programs) and by feedback that they receive from the sensors. Such robots might be used on the ocean floor at depths man is unable to reach and in planetary exploration and other scientific research.


With the BionicOpter, Festo has technically mastered the highly complex flight characteristics of the dragonfly. Just like its model in nature, this ultralight flying object can fly in all directions, hover in mid-air and glide without beating its wi
ngs.

Thirteen degrees of freedom for unique flight manoeuvres
In addition to control of the shared flapping frequency and twisting of the individual wings, each of the four wings also features an amplitude controller. The tilt of the wings determines the direction of thrust. Amplitude control allows the intensity of the thrust to be regulated. When combined, the remote-controlled dragonfly can assume almost any position in space.

Highly integrated lightweight design
This unique way of flying is made possible by the lightweight construction and the integration of functions: components such as sensors, actuators and mechanical components as well as open- and closed-loop control systems are installed in a very tight space and adapted to one another.

With the remote-controlled dragonfly, Festo demonstrates wireless real-time communication, a continuous exchange of information, as well as the ability to combine different sensor evaluations and identify complex events and critical states.

Image Source: nanobrainimplant.com

Professor Bererger (USC) is a bio medical engineer and a developer of neuro prosthesis technology

First to replace the function of a hippocampus in a rat brain with a chip. Develops “neuron–silicon interface” technology using silicon-based, multisite electrode arrays and tissue culture methods for implantation of hardware models into the brain to replace damaged or dysfunctional nerve tissue.

“We are living longer and longer, and so more and more of neuro diseases of the brain, degenerative or accidental damage to the brain, are going to be seen and must be dealt with. And so having a strategy where we think about which brain parts can be replaced, in the context of which ones are damaged more often is just a wise thing to do.”

“There are several parts in the brain that I consider to be ready for this next-generation analysis, and this will allow us to create a mathematical model of how some of the functions work, and we’ll be able to reproduce those in mathematical models, and we’ll be able to reproduce those in microchip form.” says Dr. Berger.

Quote Source: technologyreview.com