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READING |
NAME | Agenda Item |
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Dance of molecules ch 1-3 |
Mike Pennisi |
Do drugs that circumvent our immune system present other threats to our
bodies? Would constantly being at the mercy of electromagnetic signals
be acceptable if trips to the pharmacy were done away with? Does
Sargent's imagination seem to prevent him from fully considering all
implications of such technologies? |
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Andrew Cunningham | (76-77) "But what about upgrades? Bigger, better hearts for athletes. Leg extensions for spiring models. Malleable new pieces of brain for those needing to master an entirely new trick late in life: learning to play chess, or mastering negotiation or the viola." "It is the natural extrapolation of our unquenchable thirst for self-improvement." Today we are cracking down on performance enhancing drugs. Is the future going to be cracking down on performance enhancing limbs? (prosthetics currently?) |
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Jason Bernardo |
(p. 46) "If we can begin to intervene in our own biology, where will it end?" What will be the extent of the use of biochips? To what extent will genetics be altered? How far are we willing to go when it comes to integrating our bodies with technology? |
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James Johnston |
(In reference to Stupp's work on neuron growth pages 67-69) Aside from the intended application of replacing damaged or destoryed neurons for the central nervous system; could this develop into technology for body enhancement? (e.g. a spray that increases intellengence or reflexes by stimulating neuron growth; Or connecting mind and machine by using neuron plated conductive staffs that allow signals to be transmitted to inorganic computers.) Also what social ramifications would such technology unlease upon humanity? |
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Molly Danskin |
[PG 65 talking about scaffolds to place stem cells on] “They are but temporary trailers for cells to inhabit. Will cells cultivated in trailer parks grow up to be Oprah? Or will they turn into Britney Spears? With these as possible outcomes, we cannot afford to gamble.” |
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Overview (pp1-22) in Mihail C. Roco and William Sims Bainbridge.
“Converging Technologies for Improving Human Performance.” NSF June
2002.
http://www.wtec.org/ConvergingTechnologies/Report/NBIC_report.pdf
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Galen Frechette |
"Moving forward simultaneously along many of these paths could achieve a golden age that would be a turning point for human productivity and quality of life.!" Out of all the bullet points made on pages 5 to 6 there were only three that I didn't immediately say "no thank you" to. And if I am to accept that these bullet points are going to bring a "golden age" and the progressive ideals which allow them to be perceived as the elements of a golden age, then what does that say about my present life, how am i to perceive now, the subsequent non-golden age? "The twenty-first century could end in world peace, universal prosperity, and evolution to a higher level of compassion and accomplishment." And I also fail to see how any of the bullet points will bring about what this quote says, especially if the motivation is a "golden age" and the ideals and mental conditions that made that perception possible still exist. |
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Joyce Chow |
The 20 points outlined under the "Vision for Enhancing Human Abilities and Societal Performance" sounds scary. It seems that we will all become machines, tailored to understand people and interact with machines based on a set of prewritten “code.” I agree that some of these visions will definitely benefit humanity such as right now during our financial crisis. But what about the idea that humans are supposed to learn from mistakes, or take time to interact with people around them? Not have a machine predetermine their decisions and creativity. |
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Andrew Nelson |
"The twenty-first century could end in world peace, universal prosperity, and evolution to a higher level of compassion and accomplishment. It is hard to find the right metaphor to see a century into the future, but it may be that humanity would become like a single, distributed and interconnected “brain” based in new core pathways of society. This will be an enhancement to the productivity and independence of individuals, giving them greater opportunities to achieve personal goals." (bottom of page 6)
Even with assertions like this one I
still am skeptical of nanotechnology because it will be expensive, at
least at first, and that will create a huge rift between industrial
and third-world countries. That throws out a chance for universal
prosperity which, in turn, will lead to war and fighting. So good-bye
world peace. And how does technology create compassion? That is
something that comes from within a person and I wouldn't be
comfortable with them messing with my mind to "teach" me
compassion. |
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Grant Boucher |
The technologies highlighted under section 3 "Vision for Enhancing Human
Abilities and Societal Performance (pg18) seem exciting, but also remove
much of the pride and uniqueness associated with taking time to acquire
a new skill such as learning to paint or speak a language. The world
would be a very different place if in the blink of an eye anyone can
acquire a new skill set. |
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Tracy Breslin |
The majority of the visions discussed in this report will turn society
into a well oiled machine that will put all people on a level playing
field, they will have access to all the same knowledge and will be
taught to excel in all the same areas. I don't think the
authors of this report have thought about the social implications this
will have on our society and how the uniformness of the human race will
end up being detrimental to progress and growth. |
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Jim McKenna |
"there are hundreds of products that contain nanomaterials already on
the market, and no federal agency in the world regulates nano-scale
materials" considering that scientists have come to a consensus that the
toxicology in nano technology is widely unknown, how come there hasn't
been any push for laws governing nano technology? |
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Rachel Ferebee |
Much emphasis is placed on the amount of information that can be
provided in a timely manner. However, humans are not like machines
that can process vast amounts of information in seconds. They need
time to absorb and ponder. These proposals seem to take away some
of the essence of being human. Everything is judged by quantities
and efficiency, yet no value is placed on the pursuit of worthwhile life
experiences. |
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Alex Lamparski | The section, "Transformation of civilization" reminds me of the ride Spaceship Earth in Epcot (the At&t ride). The idea of every human connecting with every other no matter location (different countries, different planets, etc...) What effect will this have on traditional customs, the author makes some notes that it seems not all traditions will survive, but when would this change occur? Would we even notice the move away from tradition? Is the diversity and mixing of America the future of the world? |
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ETC. “Nanotech Rx-Medical applications of Nano-scale technologies: What Impact on Marginalized communities?” http://www.etcgroup.org/upload/publication/pdf_file/593 ‘ |
Andrew Starr |
Can OECD donors who have failed to deliver promised mosquito netting to malaria- stricken countries and who have managed to provide only one condom per adult male per annum to combat HIV/AIDS in the global South really claim that hefty investment in new nanomedicines will pay off for poor countries? Governments urgently need broad, participatory societal and scientific, |
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Sarah Petzold |
Starting on page 18 or 24 depending on where you look is Table 2. I have
always been interested in bionic body parts and it is impressive what
they are capable of doing. The problems facing the poor are a continual
struggle. More money should go to treating and preventing those diseases
that are easy to fix. There should also be better wide spread condom
distribution, to prevent AIDS and over population. There are a lot of
things that should be done to help those less fortunate, however those
that are fortunate want to live long, better, more fun filled lives. In
summary, money going to R&D for human enhancement might one day find
a way to easily and cheaply cure those with preventable disease, however
unlikely it seems. I don't think that we are mature enough as a species
to have hyped up humans. |
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Heather Lautman |
pg.11: " 'the more medical innovation there is related to a medical
condition, the greater the improvement in the average health of people
with that condition.' (This assumes of course, that the average person
has access to the innovation.)" With all these questions of funding to
support the nanomedical R&D, where is/will be the support for
distributing the findings? worldwide? or just the privileged? If it is
just the privileged, then should the research still be supported? |
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Matt Naples |
How long should testing take for human effects before nano-medicines hit
the shelves/and also nano-products that can enter the body. ie. food
enhancements. |
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Ishan Gaur |
The author mentions how unproven nanotech in drugs is being tested in
southern countries and then releasing them all over the world. Over all
this there are many products which have been releases without convincing
studies to prove that they aren't a threat to our health |
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Andrew Krushelnyski |
"One market research firm estimates that $65 billion in
annual drug revenues (almost 16% of
total drug industry sales) come from pharmaceuticals with poor
bioavailability, corresponding to higher patient costs, inefficient
treatments and increased risk of toxicity." |
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Daniel Schaffer |
Page 36 and 37: The research using nanoshells to focus infrared
laser light and cook a tumor is very interesting. I feel as though
research in the field of tumor removal is almost a moot point
though. Its often that tumors are discovered too late for removal
to be of any use. My reaction could be severely biased, but I
believe early warnings and preventative measures could save a lot more
lives than a new method of cooking our tumors away. |
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