Nanorobotics

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Comments

By: manisha7491 (136 month(s) ago)

fabulous...........

By: ebro (140 month(s) ago)

its okay actually, i made this presentation for ppl to use, because thats we muslims do, and im not gona use it ever again

By: ebro (140 month(s) ago)

you stole my powerpoint THIEF!!!!!!!!!!!!!!!! its okay if ur muslim, ELSE IF UR NOT, UR A THIEF!!! UR PROBOBLY JEWISH

By: naeseminar (145 month(s) ago)

can i get a description about this

Presentation Transcript

Slide 1: 

Nanorobotics (10-9 meters)

Slide 2: 

Introduction to “What is Robotics” 3 Laws of Robotics A shift from Microprocessor computing Designing and a Mechanical View of nanorobots Bio Equivalence of Mechanical Robotics Advantages vs. Disadvantages Future of Nanorobots Nanorobotics: An Overview

Slide 3: 

Isaac Asimov: Laws of Robotics 1. A robot may not injure a human being or, through inaction, allow a human being to come to harm. 2. A robot must obey any orders given to it by human beings, except where such orders would conflict with the First Law. 3. A robot must protect its own existence as long as such protection does not conflict with the First or Second Law.

Slide 4: 

Forget about the electrical microprocessor that uses a microchip powered by transistors Processors: Biochip Nubots (Nucleic Acid Nanorobots) Bacteria Based Present Nanorobotics No artificial non-biological nanorobots have yet been created, it (mechanically) remains a hypothetical concept. What this really says is this….

Slide 5: 

Molecular sorting rotors Propeller Fins Sensors Consists of…. Nanorobot Design

Slide 9: 

Schematic of a Molecular tweezer based molecular switch or pH sensor which relies on the change in formation at low pH. pH 7 (our equivalence of 1 in binary) peptide is in compact configuration and ions have access to gold substrate Low pH (binary equivalence of 0) peptide is in open configuration and access of the ions is blocked by designate layers, resulting in reduced conductivity Replacing Transistors in Nanorobots

Slide 10: 

Mrs Herbert’s Class’s Future!

Slide 11: 

ROBOTS REPLACE A NEURON AND CONTROL THOUGHT Future Nanorobotics

Slide 12: 

Nanobots Flowing Through a Blood Vessel Future Nanorobotics