TED: Open science now! | Michael Nielsen

The transcript discusses the potential of massively collaborative mathematics, exemplified by the Polymath Project led by Tim Gowers. It highlights the challenges and failures of similar collaborative efforts, such as the quantum Wiki, due to the conservative nature of scientific publishing. The success of GenBank in genetics is presented as a counterexample. The speaker advocates for a shift towards open science, encouraging scientists and the public to promote knowledge sharing and collaboration to accelerate scientific discovery.

What was the main goal of the Polymath Project initiated by Tim Gowers?

• To solve a complex mathematical problem collaboratively

• To develop a new mathematical software

• To create a new mathematical theory

• To publish a series of mathematical papers

What was the outcome of the Polymath Project?

• It resulted in a new mathematical theory

• It led to the creation of a new mathematical tool

• It solved a more complex version of the problem

• It failed to solve the problem

What was the primary reason for the failure of the Quantum Wiki?

• Lack of initial seed material

• Insufficient interest and contribution from experts

• Competition from other wikis

• Technical issues with the platform

What is a common reason for the failure of science wikis?

• Lack of funding

• Technical difficulties

• Lack of contributions from the scientific community

• Competition from social media platforms

What did the Bermuda Principles aim to achieve?

• To limit the publication of genetic research

• To encourage immediate sharing of genetic data

• To restrict access to genetic data

• To create a new genetic database

What was a significant result of the Bermuda Principles?

• Creation of a new scientific journal

• Immediate public access to human genetic data

• Increased competition among scientists

• Development of new genetic technologies

How did Galileo ensure he received credit for his discoveries?

• By sharing them with his rivals

• By using anagrams to conceal his findings

• By publishing them immediately

• By presenting them at conferences

What historical change in science does the speaker compare to the current need for open science?

• The invention of the microscope

• The development of the scientific method

• The shift to publishing discoveries in journals

• The creation of scientific societies

What is the main objective of the open science movement?

• To create more scientific journals

• To develop new scientific technologies

• To promote the sharing of scientific knowledge and data

• To increase funding for scientific research

What can non-scientists do to support open science?

• Publish scientific papers

• Develop new scientific technologies

• Raise awareness about the importance of open science

• Start their own research projects