Д.ф.н., проф. В.Г. Горохов Prof. Dr. Vitaly G. Gorokhov Институт философии РАН Institute for Philosophy of the Russian Academy of Sciences Vitaly.Gorokhov@itas.fzk.de Институт оценки т

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Micro «submarine» as instrument used in operations in artery

A. LÖSCH. Antizipationen nanotechnischer

Micro «submarine» as instrument used in operations in artery A. LÖSCH. Antizipationen
Zukünfte: Visionäre Bilder als Kommunikationsmedien. // Nanotechnologien im Kontext Hrsg. A. Nordmann, J. Schummer, A. Schwarz Berlin: Akademische Verlagsgesellschaft, 2006, S. 227

Futuristic Visions

Слайд 3

Нанороботы чистят человеческую артерию (футуристическое видение)

Andreas LÖSCH. Antizipationen nanotechnischer Zukünfte: Visionäre Bilder als

Нанороботы чистят человеческую артерию (футуристическое видение) Andreas LÖSCH. Antizipationen nanotechnischer Zukünfte: Visionäre
Kommunikationsmedien. // Nanotechnologien im Kontext Hrsg. A. Nordmann, J. Schummer, A. Schwarz Berlin: Akademische Verlagsgesellschaft, 2006, S. 226

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Графическое представление проектирования супрамолекулы

Schmid G. et al. Nanotechnology. Assessment and Perspectives.

Графическое представление проектирования супрамолекулы Schmid G. et al. Nanotechnology. Assessment and Perspectives.
Berlin, Heidelberg: Springer-Verlag, 2006, p. 206

Слайд 5

Hybrid system
Being incorpoaretd in an artificial nanovessel (serves as a natural

Hybrid system Being incorpoaretd in an artificial nanovessel (serves as a natural
environment), this system offers the controlled communication between the interior and exterior of the vesicle containers. … Vesicles serve as a biologically relevant environment … using nanoparticles as delivery agents … when injected into the body it transports itself to the correct target, such as a tumor, and delivers the required dose at this target.

Schematic representation of a hybrid nanocontainer, consisting of an impermeable hollow polymeric scaffold with a single small opening and a payload inside the scaffold. Synthetic bilayer lipid membrane with embedded MscL channels seals the hole. … This system offers the controlled communication between the interior and exterior of the vesicle containers.

M. Berger. Biohybrid nanocontainers with controlled permeability. & Understanding the interactions of nanostructures with biological systems. 2008. - Nanowerk LLC http://www.nanowerk.com/spotlight/spotid=4972.php

Слайд 6

Nanorisks as Environmental and Biological Risks Возможные пути попадания наночастиц и наноматериалов в

Nanorisks as Environmental and Biological Risks Возможные пути попадания наночастиц и наноматериалов
окружающую среду (на основе уже имеющихся и возможных применений нанотехнологии)

Слайд 7

Проникновение различного рода наночастиц в разные регионы легких человека

Проникновение различного рода наночастиц в разные регионы легких человека

Слайд 8

Bioterrorism and chemical warfare are not unthinkable. Some groups do not sign

Bioterrorism and chemical warfare are not unthinkable. Some groups do not sign
on to the Geneva Convention. The main hope against wildly successful nanoterrorist acts is that the technology is so hard that the dirty, easy tricks of simple murder and explosives will remain the terrorists toolbox. … As K. Eric Drexler argues, the danger with the dark side of nanotechnology lies not in what it can provide as a military or insurgency toolbox today, but in what it potentially could provide as weapons. … we can build antiviral treatments faster than new viruses can spread or agile nanomachines that discover a bio- or chemo-agent and morph to be able to neutralize it.

t.php?page=security.nanoterrorism

The most likely negative effect of the use of nanotechnology is probably the development of nanoweapons.

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“Institute for Soldier Nanotechnologies”

Institute of Soldier Nanotechnologies в MIT получил на исследования

“Institute for Soldier Nanotechnologies” Institute of Soldier Nanotechnologies в MIT получил на

50 млн $ от армии США и 30 млн $ от фирм.
H. Paschen, Chr. Coenen, T. Fleischer u.a. Nanotechnologie. Forschung, Entwicklung, Anwendung. Berlin, Heidelberg, New York: Springer, 2004, S. 110-111

Исследователи из университета г. Нью-Йорка, например, разработали специальный «молекулярный кинжал», убивающий попадающие на обмундирование солдата вредные микроорганизмы.

Слайд 10

Implantable electrode array and connector (Bionic Technologies Inc.) (a) Electrode array (b) Size

Implantable electrode array and connector (Bionic Technologies Inc.) (a) Electrode array (b)
in reference to a penny (c) Array shown with percutaneous connector (d) Sketch of the implanted array and connector

c

d

M.J. Black, E. Bienenstocky, J.P. Donoghuey, M. Serruyay, W. Wuz, Y. Gaoz. Connecting Brains with Machines: The Neural Control of 2D Cursor Movement. - http://www.cs.brown.edu/~black/Papers/blackCapri.pdf

a

b

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NANOBIOTECHNOLOGY AND LIFE EXTENSION P. Connolly, University of Strathclyde

Converging Technologies for Improving Human

NANOBIOTECHNOLOGY AND LIFE EXTENSION P. Connolly, University of Strathclyde Converging Technologies for
Performance
NANOTECHNOLOGY, BIOTECHNOLOGY, INFORMATION TECHNOLOGY AND COGNITIVE SCIENCE NSF/DOC-sponsored report. Ed. by M.C. Roco and W.S. Bainbridge
Arlington, Virginia: National Science Foundation, June 2002, p. 185

Nanotechnology feeds the public opinion promises:
for example life extention

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