Enabling Scientific Crowds: The Theory of Enablers for Crowd-Based Scientific Investigation

TL;DR

This paper introduces the Theory of Enablers, a framework for crowd-based scientific investigation that enhances reproducibility, transparency, and collaboration by leveraging human diversity and computational methods.

Contribution

It defines specific cognitive and non-cognitive enablers that enable structured, crowd-powered scientific procedures, addressing current limitations in scientific reproducibility and transparency.

Findings

Defines a set of enablers for crowd-based scientific investigation

Proposes a framework leveraging human diversity and computational tools

Highlights potential for improved reproducibility and transparency

Abstract

Evidence shows that in a significant number of cases the current methods of research do not allow for reproducible and falsifiable procedures of scientific investigation. As a consequence, the majority of critical decisions at all levels, from personal investment choices to overreaching global policies, rely on some variation of try-and-error and are mostly non-scientific by definition. We lack transparency for procedures and evidence, proper explanation of market events, predictability on effects, or identification of causes. There is no clear demarcation of what is inherently scientific, and as a consequence, the line between fake and genuine is blurred. This paper presents highlights of the Theory of Enablers for Crowd-Based Scientific Investigation, or Theory of Enablers for short. The Theory of Enablers assumes the use of a next-generation investigative approach leveraging forces of human diversity, micro-specialized crowds, and proper computer-assisted control methods associated with accessibility, reproducibility, communication, and collaboration. This paper defines the set of very specific cognitive and non-cognitive enablers for crowd-based scientific investigation: methods of proof, large-scale collaboration, and a domain-specific computational representation. These enablers allow the application of procedures of structured scientific investigation powered by crowds, a collective brain in which neurons are human collaborators