Michael Nielsen: Open science now!
A physicist turned writer, Michael Nielsen believes online communication and collaboration tools are revolutionizing the way we make scientific discoveries. Full bio
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for coming along today.
but does not end,
renowned mathematicians.
of mathematics.
to pose a very striking question:
mathematics possible?
unsolved mathematical problem --
he would "love to solve" --
and his partial progress.
that they had an idea to contribute
in the comment section of the blog.
the ideas of many minds,
of his hard mathematical problem.
the Polymath Project.
got off to a slow start.
nobody posted any comments.
from the University of British Columbia
because a few minutes later,
Jason Dyer posted a suggestion.
Terence Tao, also a Fields medalist,
to move quickly at this point.
800 substantive comments
but I was following along closely
would be tentatively proposed
by other people and improved,
"as driving is to pushing a car."
that they had solved the core problem;
generalization of the problem.
suggests, at least to me,
the internet to build tools
intellectual problems.
our collective intelligence
we've used physical tools
or what I'd like to explore today,
a single mathematical problem.
of scientific problems
in the rate of scientific discovery.
we construct knowledge itself.
about some of the challenges,
a failure of this approach.
John Stockton had a very good idea
was going to be a great repository
on general knowledge,
specialist knowledge in quantum computing.
a supertextbook for the field,
all the latest research,
in the field were,
about how to solve the problems,
that it would be written by the users,
in quantum computing.
in 2005, when it was announced.
were very skeptical,
were very excited by the idea.
of initial seed material
they were excited by the vision.
to take the time themselves to contribute.
in contributing.
except in a few small corners,
this is quite a common story.
from genetics to string theory,
along very similar lines.
for essentially the same reason.
social networks for scientists,
to other people with similar interests.
or code, their ideas and so on.
that they're essentially empty.
What's the problem here?
an ambitious young scientist.
are ambitious young scientists.
an ambitious young scientist.
a permanent job, a good job --
to get such jobs.
highly qualified applicants for positions.
60, 70, 80 hours a week,
will get you such a job,
is a wonderful idea in principle,
a single mediocre paper
and your job prospects
contributions to such a site.
science more quickly,
as being part of your job.
in this kind of environment
an unconventional means to an end,
conservatism about them.
was still a scientific paper.
but conventional ends.
conservatism about it.
the Polymath Project is terrific,
can only use tools
conservative nature.
about an instance
from this conservatism.
the conservatism has been broken.
when, as you know,
large amounts of genetic data
to upload that data
with other people around the world
is the site GenBank,
have heard of or used.
that scientists -- they're not paid
to actually upload the data.
that this was silly --
was the right thing to do.
were actually doing it.
in Bermuda in 1996
molecular biologists.
the problem for several days,
called the Bermuda Principles,
is taken in the lab,
would be in the public domain.
scientific grant agencies --
the UK Wellcome Trust --
who wanted to work on the human genome,
by these principles.
to say, as a result,
and download the human genome.
is just a tiny, tiny fraction
that is still locked up.
on the genome of an entire species
hoard their data.
that they write
potentially, to other people.
the descriptions of the problems
in the Open Science movement
the culture of science
much more strongly motivated
different kinds of knowledge.
of individual scientists
as part of their job
to be sharing their code,
and their problems.
this kind of change in values,
individual scientists rewarded
of entire large parts of science.
before once in history,
up at the sky towards Saturn,
in the description into an anagram,
to several of his astronomer rivals.
if they later make the same discovery,
and get the credit,
any knowledge at all.
not uncommon at the time:
they all used similar devices.
for 150 years by this time.
in the 17th and 18th centuries
that when a scientist made a discovery,
has happened. It's terrific.
to share our knowledge in new ways
to solve problems in entirely new ways.
open science revolution.
should be open science.
many of you are not scientists,
in an open science project,
fraction of your time.
your knowledge in new ways,
to build on that knowledge.
you may wish to experiment
as the Polymath Project did.
is be very generous in giving credit
who are practicing science in the open
the sharing of data, the blogging,
colleagues in conversation
of these new ways of working,
to do these things,
the culture of science can be changed.
important thing that we can do
amongst the population
and of its critical importance.
will inevitably find --
by the population at large
and acquaintances who are scientists
what are they doing to work more openly.
and your personal power
not just what scientists do
and what governments do.
are we going to expect
as we have done in the past?
for solving problems
in the process of science,
embrace open science
this opportunity that we have
ABOUT THE SPEAKER
Michael Nielsen - PhysicistA physicist turned writer, Michael Nielsen believes online communication and collaboration tools are revolutionizing the way we make scientific discoveries.
Why you should listen
A Fulbright scholar, Michael Nielsen not only made significant research contributions in the field of quantum physics, but also co-wrote the popular Quantum Computation and Quantum Information. He left academia to focus his research on “open science,” and recently published Reinventing Discovery: The New Era of Networked Science -- a book that discusses the Internet’s ability to “amplify our collective intelligence” and the cultural obstacles of the scientific community impeding this dramatic shift.
Michael Nielsen | Speaker | TED.com