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Verifying the ingredients of in- and exhaled gases. | Verifying the ingredients of in- and exhaled gases. | ||
=Corrosion Test= | ===Corrosion Test=== | ||
Checking the sythesis of rust on some metallic surface by detaching NaCl-containing sweat after touching it | Checking the sythesis of rust on some metallic surface by detaching NaCl-containing sweat after touching it | ||
=Blood Test= | =Blood Test= | ||
Looking for the concentration of specific hormones in the hemogram after provoking corresponding drives | Looking for the concentration of specific hormones in the hemogram after provoking corresponding drives | ||
Revision as of 20:10, 24 January 2012
Introduction
In order to the robotic laws of Isaac Asimov and the Turing test I will experiment with ways we could adopt the functions of online captchas into the material world in the near future.
I am thinking of devices that give prove about you are a human being by verifying that you got feeling and emotion...
Problems
Question: How can humans express themselves unlike androids?
Feelings are basically encrypted in ones facial expression. But to develope a captcha that works with emotional expression, there has to be a machine that makes proof about true human emotions. And if a machine is able to check emotion it is also possible to invent one that imitates emotional behaviour. So this strategy is not reliable.
Further Research
So next step is to discover methods and ways that are based on physical qualities. Some keywords may be:
- breathing
- digestion
- blood stream
- perspiration
- disease
- ability of repeatability
- (instinct and drive)
Design concepts
Composition of breath
Verifying the ingredients of in- and exhaled gases.
Corrosion Test
Checking the sythesis of rust on some metallic surface by detaching NaCl-containing sweat after touching it
Blood Test
Looking for the concentration of specific hormones in the hemogram after provoking corresponding drives