Micro-Electro-Mechanical-Systems (MEMS)

MEMS

MEMS: Making Micro Machines

NSF funded movie about MEMS manufacturing. MEMS includes Texas Instruments’ packaging of DLP technology; Hewlett Packard’s...

Lipid bilayer formation

Shows the deposition of liposomes on to the surface of an optical chip and their subsequent rupture and merger to form a lipid...

STMicroelectronics MEMS Accelerometers

Axis MEMS Accelerometers demo in normal and low power modes Duration : 0:4:28 Share and Enjoy: These icons link to social...

Liposome Basics-Part one

This is an highly educational animation which describes basic concepts about so called liposomes. ncapsula NanoSciences is a...

He who revolutionized high tech

Physicist Zhores Alferov spent almost 60 years of his life working on semiconductors which won him the Nobel Prize in 2000. Today...

Nanotechnology

Intelligent Design Experiments

Practical Side of Intelligent Design

The politicising of the Evolution versus Intelligent Design is about the ideology of righteousness and for who serves its purpose in terms of institutions and control of technology. Imposing the need to discriminate to whoever is going to take the view points.

The ideas being thrown around are of Intelligent Design is that of religious creationist coming from the followers of Darwinism or that of a science conscience to liberalism, or an alternative esoteric knowledge.

It is really of no significance to results and to the applications of knowledge derived from either approach of Evolution and Intelligent Design which is the most important thing.

What this politicising does is just hampering progress and further exploitation of science to serve the better of mankind. What is the big deal of following the evidence and supporting such science? Why not just harness the knowledge that can be taken from this approach rather than not give it a chance at all.

There are some scientists that are abstain to say that they are using the Intelligent Design concept or not given the source being use in nanotechnology and genetic engineering as both fields of sciences are doing collaborations (like stem cells research) ranging from reprogramming genes and replacing organism, cells and organs; creating biochemical materials and etch.

Say when a cell or tissue is being repaired involving micro surgery machine principle is use, in resetting the pre-programming of the memory cell the DNA information language would be require, replacing genes involves biochemical materials and etch; everything in microscopic world working as networks of CAD-CAMS.

The modelling of computer programming languages, chemical fusions, machines, motor and engines designs are clearer and precise as one can see to its application. The more scientist knows how to efficient and effectively use this sciences the better and more lives we can save and have.

Cheers

Duration : 0:10:2

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