INNOVATIONS FROM THE EDGE - KPIT
INNOVATIONS FROM THE EDGE - KPIT
INNOVATIONS FROM THE EDGE - KPIT
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conventional computing with a difference that<br />
bits are limited to only two states whereas qubits<br />
can take multiple states. Therefore, qubits are<br />
multi fold powerful compared to bits.<br />
photonics gave birth to bio photonics [5]. Photon is<br />
a quantum unit of light and photonics is the science<br />
that deals with photons. Photons for information<br />
technology are analogous to electrons in<br />
electronics. Bio photonics is related to the<br />
interaction of biological items and photons. Bio<br />
photonics finds its applications in life sciences,<br />
agriculture, environmental science, and medicine<br />
[13].<br />
Figure 1: Qubits -The fundamental building<br />
block of quantum computers.<br />
Source:Wikipedia [4]<br />
Holographic disk drive<br />
We have seen enormous increase in storage<br />
capacity of disks right from the time of a floppy<br />
disk capable of storing 512KB of data to Blu-ray<br />
disk that can store data of the order of GB. Where<br />
will the storage technology go from here Well,<br />
again the answer is edge. Companies are working<br />
on the new concept called holographic disk [11]<br />
that can store 30 times more data compared to a<br />
Blu-ray disk. The reason for increase in storage<br />
capacity is that this uses holography concept for<br />
data writing. Instead of writing data using laser<br />
light, holography technique will make data writing<br />
possible in three dimensions. This increases the<br />
storage capacity.<br />
FigureII: Concept of holographic disk drive<br />
Source: Focus [11]<br />
Bio-Photonics<br />
Electrons are at the core of electronics or electrical<br />
engineering. In order to do something<br />
fundamentally different, researchers thought of a<br />
new concept from the edge of biology and<br />
photonics. The combination of biology and<br />
Colorful Eco Textiles<br />
Dye making industry uses chemicals and<br />
predefined processes for many decades. However,<br />
the chemicals involved in this process are toxic and<br />
sometimes explosive. Additionally, the process to<br />
provide safety to workers consumes large amount<br />
of energy. Both of these situations are not<br />
favorable and hence researchers at Catholic<br />
University of Louvain in Belgium use a novel<br />
technique to take care of the above problems. They<br />
have extracted the enzymes from fungi that<br />
produce eco dyes.<br />
III. Conclusion<br />
In this article, we have seen that most of the<br />
technology marvels came into existence because of<br />
using multi-disciplinary approach to come up with<br />
the solution. On one hand, it looks virtually<br />
impossible to think of products or innovations<br />
without knowledge or awareness of various<br />
branches of science, technology, commerce and<br />
arts. On the other hand, there are discussions<br />
about abolishing certain subjects from different<br />
curriculums. Reasoning is very simple; it is not<br />
useful so let us not overburden students. For<br />
example, why biology is taught in high schools<br />
when the student is aspiring to become an<br />
Engineer What is the relevance of mechanics in<br />
electronics engineering With the examples given<br />
in this article, it is clear that it is important to have<br />
knowledge of different domains. This is the key of<br />
path breaking innovations. The important point is<br />
that the problem lies at the core of one technology<br />
and one can often find its solution on the edge of<br />
other technology. It is also evident that the<br />
8 TechTalk@<strong>KPIT</strong>Cummins, Volume 5, Issue 1, 2012