MFMP is presenting a poster at ICCF18 about our Live Open Science methodology. I have a nearly complete draft that I would very much appreciate comments on, if anybody would like to chip in. Any impressions or suggestions would be welcome. Did I forget any major points? I know of a few formatting issues, but go ahead and mark one up and send it back, or comment below.
The poster is in 2 pdf files.
Thanks!
-Ryan Hunt
Comments
This does not prevent people from leveraging the knowledge gained from public-domain science activities and basing their own commercial developments off of this. So long as they do not attempt to monopolize that core technology derived from public-domain sources, this does not seem to me to pose a fundamental problem for the purposes of LOS.
The key enabler, IMHO, is to create and maintain sufficient goodwill in thought and deed among contributors towards open science in order for it to perpetuate. Otherwise, it dies. I don't see how we can legislate this tree into bearing fruit; it must be nourished, and the sun must be allowed to shine on it.
@ All - Now that the poster is due, I will make this blog entry less prominent. Thanks to all who helped me.
Wealthy Investors often want to get involved when the job is basically done, or at a point where they think that can prize away an invention for a song or by obfuscation of the capital structure of a deal.
Primary research science such as this is ideal for LOS as it is not something an investor would readily touch and they are probably vested also in its competitive technologies.
There is actually a VERY good case for investors to invest in something such as the MFMP... KNOWING that they will get no return, but that it will have a social multiplier effect and with a technology such as this, the potential for business when the basics are done is profound.
People make good money from making android smartphones and yet others from making decent cars based on the ICE.
This research is absolutely suited for crowd, private and government investment, the benefits will benefit all.
Ultrahigh-density deuterium of Rydberg matter clusters for inertial
confinement fusion targets
phys.unsw.edu.au/.../...
"develop and share knowledge, so doing it openly and rapidly is a natural."
:)
Theory of Bose-Einstein condensation mechanism for deuteron-induce d nuclear reactions in micro/nano-scal e metal grains and particles by Yeong E. Kim Department of Physics, Purdue University, West Lafayette, IN 47906, USA
physics.purdue.edu/.../...
physics.purdue.edu/.../...
TECHNICAL-CHARACTERISTICS OF DEFKALION’S HYPERION PRE-INDUSTRIAL PRODUCT
fileden.com/.../...
Personally, I intend to lobby for all future US public science funding to come with open-access strings attached. I don't see why we still fund researchers who are then allowed to sit on their results until they can extract whatever IP they want out of it. All taxpayer-funded research should go straight into the public domain, IMHO. This does not mean that these researchers should work for free, nor does it mean they should not publish academic papers. It may well mean that academia needs to adapt to the new reality of modern life and give up some of the closed-door mentality that it lives within now.
Ed, with the approach we are taking, we are giving away everything and we don't have anything the rich can't get as readily as everyone else. As ecco pointed out, it's not a great recipe for getting investments, unless you do it like these guys are:
npr.org/.../...
The very fact that LOS is performed on a totally voluntary basis, with absolutely no economic or academic returns can be a double edged sword.
Also, the fact that experimental data is completely open and subject to immediate scrutiny and interpretation, plus community pressure, can lead to premature conclusions about positive results which might have to be retracted.
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