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My friends and I got approved on kickstarter to get our open source photospectrometer project funded. We haven't posted the project yet due to lack of time with school, but we've just got to remake our video and were basically ready to post it.
Good to know there are folks here that will support us!
We're building a prototype next week (electronics and maybe rudimentary optics) that I'll be bringing to Open Science Summit!
When the project is public on kickstarter, I'll definitely let this list know.
DIYbio is hip though!!!
The open source spectrometer is fundamentally hardware though, but a lot of the projects on there are art, and bio techniques are often said to be an art, since its not always aa straightforward as pure chemistry.
They liked our project, amd Tito and Josh's too!
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I have seen some returns on open hardware, and like to be designing machines as an end in itself.
So I will ask for enough money to properly do that, by also promoting and selling for non-giveaway prices.
It will work as a business plan as much as you have new ideas to execute and ways to do them
that are not all at cross directions. That's why I ask about who would want what on this list,
so I can plan things that align and reuse parts in several machines that
each will have a product lifetime that is short. The Adafruit people are offering to help
with business review and they are publishing methods of how they operate all the time...
Sparkfun is a similar product range to model business after.
JG
Prosper means mass produce today. No one affords one of a kind items except
the ultra wealthy.
Everything mentioned by me and Nate M. is about robot cut this, and 3D printed that.
It's not doomed, it's scalable. It's what makes sense as tech evolves.
There is so much tech available you can assemble a modular collection
of chips first with Sparkfun break out boards and arduinos, then lay out
your own board after it tests working well so it can make money. The customers
gladly pay vs. having to kludge stuff together themselves -- especially biologists,
since they like new tech mostly so they can do some wetware new tech, not
develop lab equipment to lower costs. Open hardware is not charity hardware,
it is what is being demanded by some researchers because their gear is in such
a small niche that ordinary instrumentation suppliers don't serve them and
some of their systems are obsolete and unsupportable since the company died
and all docs went with it.
I like developing equipment. After getting some low level building blocks
of lab gear launched, I'll have a reputation and it will be easy to get on a research project
to combine gear in new ways for fancy experiments. There's all kinds of directions
this kind of activity can go business-wise, and it doesn't always mean going for
a IPO startup by VC, it can mean wanting to be active doing what you like at a
merely comfortable level, not a vow of poverty, and still offer plenty of bang per buck.
Much of the bang comes from shared work possibilities, if not in collaborative
developing, then at the early adopter user stage and redevelopment opportunity.
John Griessen
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On 10/08/2011 01:57 AM, CoryG wrote:
> I'd still happily discuss and assist
> with ideas wherever possible, but in terms of tangible assets, trading
> components back and forth that aren't very difficult to find, custom
> made or at significant savings for the sake of collaborative design is
> illogical.
This is not clear to me, probably means:
trading
> components back and forth for the sake of collaborative design that are
(easy to find) or (not custom made) or (not at significant savings) is
> illogical.
On 10/08/2011 03:09 AM, Thomas Stowe wrote:
> Money being a standard of success is precisely what this group and others are trying
to relieve scientists of, to promote
> learning, not the success of individuals
I would use the words "lack of innovated infrastructure" to describe the state of
lab gear today. The words "Money being a standard of success" is usually in the context
of personal results in life and thus freedom to act in larger ways by spending it. The above
sentence triggers all kinds of belief based misunderstandings instead of defining the thrust of DIYbio.
Cory seems to have plenty of desire to make a positive difference in the world so far
as I've talked with him about collaboration. You two may be closer in values than you think..
or not depending on the Ayn Rand Atlas Shrugged stuff...
John
itching to make money providing high bang per buck open lab gear...
without "making money off of" anyone, so I can reinvest it and do more...
selfishly wanting to collaborate because it's fun...
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DIYbio (even the wikipedia page that Thomas linked to) doesn't say
anything about money, anywhere.
"DIYbio.org is an organization dedicated to making biology an
accessible pursuit for citizen scientists, amateur biologists and
biological engineers who value openness and safety. This will require
mechanisms for amateurs to increase their knowledge and skills, access
to a community of experts, the development of a code of ethics,
responsible oversight, and leadership on issues that are unique to
doing biology outside of traditional professional settings."
Making biology accessible, in a free and safe manner. (enable biology
to happen, be transparent, don't make harmful decisions)
Mechanism to increase knowledge: this online list
Mechanism to increase skill: this online list, community lab space
centers like genspace and biocurious
Access to experts: see last line, news articles and other events
announced through previously mentioned channels
ethics: I feel like this was done at Asilomar, but DIYbio folks have
come up with more down-to-earth, easier to read version too.
oversight: other than online community watchdogs and managers of lab
spaces, rule that govern professional biologists apply to amateurs (it
is then DIYbio's duty to provide easy access to these information,
there should be links on the homepage
leadership: I think this is sort of self-segregating, people with more
skill generally comment more in discussions... unskilled people that
are resourceful
and quick learners may also be highly active in discussions
SO - my aim
*******************
Making biology accessible: I participate here and in professional circles
Mechanism to increase knowledge/skill: I wanted to biohack, so I am
getting a degree in Biotechnology (and school is a very difficult
environment for me, not having much time for hobby projects). I'm on
this online list
Access to experts: professors, attending lectures, conferences,
workshops, faires, jobs
ethics: I try to look at and question everything objectively,
sometimes its hard, I'm here to discuss that kind of stuff too
oversight: This summer I got some time to learn more about this field,
and have been going about with aims of starting a biotech company.
Amateurs don't have any more rules, and the biggest one is property
zoning, not
scientific regulations (if they aren't selling something, then they
don't even have to abide by patent law, as it would be research akin
to what universities follow). for a while, so when I figure that out,
I can disseminate
Leadership: I think I have a pretty intelligent outlook on life, and I
often find people looking to me for help with technical problems
To touch again upon the accessibility and skill sections, I want to
build equipment and sell my Engineering time at a cheaper rate than
competitors (I need to eat, I need to turn /some/ profit), while
giving away my engineering outcomes for a given project (open-source).
Most open-source guys haven't quit their day jobs yet, but it is
possible. UV/Vis/Raman Spectrometers are not my goal, but they are
components of it and will generate the funds to provide a means of
investment for those goals. Those goals aim to make biotech easier and
faster, and they'll be open-source too. I might need to pick up a PhD
along the way, and thats OK because I generally enjoy all of this, its
tinkering to me.
--
Nathan McCorkle
Rochester Institute of Technology
College of Science, Biotechnology/Bioinformatics