Merton (1968) was first to coin the term „Matthew effect“, a phenomenon which describes the fact, that scientist of a higher status will receive more credit for similar work than scientists of comparatively lower status would receive. The research in this field has expanded to more areas than the scientific community, for example to sports careers or education and is often casually described with the phrase “the rich get richer and the poor get poorer”. During this work, the focus will lay on the scientific community. The particular topic of interest is the interaction between status effects, prize winning and citations as a form of perceived quality. Starting with an introduction to the theoretical background of the Matthew effect in science, we will learn that there are two components to the Matthew effect, namely the “reward system” and the “communication system”. In the following empirical part of the paper, we will first take an extensive look at a study which examines whether a status shock triggers a citation boost for the awarded scientist. The results will show a citation premium following the awarding of the scientist, but the effect is limited in time and strongest on recent productions. Afterwards, studies with similar topics, namely the Matthew effect in relation to citations or price winning, will be reviewed. Finally, a discussion on the research state regarding the Matthew effect is warranted. It will become clear that research in relation to this topic must overcome some hurdles. The measurement of status and quality, both variables who are anchored in the Matthew effect, is difficult. Furthermore, the question of cause and effect between status and delivered quality needs to be addressed. This work ends with a conclusive section and a possible outlook for future research.
Table of Contents
1. Introduction
2. Theoretical background
3. Empirical part
3.1. Prize winning and citations
3.1.1. Data
3.1.2. Statistical approach
3.1.3. Results
3.2. Other studies
4. Discussion
5. Conclusion
Objectives and Core Themes
This paper examines the "Matthew effect" within the scientific community, specifically focusing on how status, perceived quality, and external recognition—such as prestigious awards and journal rankings—influence citation patterns and career trajectories.
- The divergence between actual scientific quality and perceived quality induced by social cues.
- The mechanisms of the "reward system" and the "communication system" in science.
- The impact of status shocks (e.g., HHMI investigator appointments) on citation performance.
- The role of strategic citation behavior and the "signalling effect" in academic publishing.
- Challenges in measuring scientific quality and the long-term implications of scholarly inequality.
Excerpt from the Book
3.1. Prize winning and citations
In this part, we will take a closer look at a study done by Azoulay, Stuart & Wang (2014) which examines the Matthew effect in the field of science. The entire section 3.1 is based on the study, which focuses on the question, whether a status change effects the perceived quality delivered by a producer. The perceived quality is one of the drivers of the “communication system” discussed in section 2. The methodological approach of the study is to first create a treatment group, consisting of scientist who received a prestigious prize, and a control group of scientists in similar fields, who received other prizes, but not such a prestigious prize as the treatment group. The next step is to collect the data on all journal articles written by the scientists of the two groups. For the treatment group, only the articles before winning the prize are considered. In the final phase, a sample of matched pairs between control and treatment group is created at the product level (articles), while holding the quality of the product constant. This is important, because it allows to examine whether a shock to the producer's status affects quality perceptions by the audience, relative to the control group of equal-quality products. The quality perception by the audience is measured trough citations.
Summary of Chapters
1. Introduction: This chapter introduces the "Matthew effect" as a phenomenon where higher-status scientists receive disproportionate credit, establishing the framework for analyzing status and quality.
2. Theoretical background: This section defines the "reward" and "communication" systems as the two primary drivers of the Matthew effect and explores how status cues influence perceived quality.
3. Empirical part: This chapter provides a detailed analysis of empirical studies, specifically investigating citation boosts following prestigious awards and the impact of status changes.
4. Discussion: This section evaluates the literature, addresses the challenges of measuring scientific quality via citations, and explores the causality between status and output success.
5. Conclusion: The final chapter summarizes the findings, noting that while the Matthew effect significantly impacts scientific careers, it is difficult to measure and often stems from nuances in quality perception.
Keywords
Matthew effect, Science, Citations, Status, Reward system, Communication system, Perceived quality, HHMI, Scientific career, Research funding, Signaling effect, Peer review, Academic journals, Inequality, Prize winning.
Frequently Asked Questions
What is the primary focus of this research paper?
The paper explores the structural inequalities in science, specifically the phenomenon where scientists with higher status or visibility receive more credit and citations for their work than peers of similar ability.
What are the two components of the Matthew effect mentioned?
The effect operates through the "reward system," which grants access to better resources, and the "communication system," which directs more attention and favorable assessment toward perceived high-status researchers.
What is the main research question regarding status shocks?
The paper asks whether a "status shock," such as being appointed as an HHMI investigator, leads to an increased citation rate for a scientist's previous work, thereby reflecting changes in perceived rather than actual quality.
What methodology is used to evaluate the Matthew effect?
The research uses a matched-pair analysis, comparing scientists who received prestigious awards with a control group of scientists who did not, while controlling for past citation rates and other publication characteristics.
What is the conclusion regarding the impact of HHMI appointments?
The results show that appointment confers a citation premium; however, this effect is limited in duration and is most pronounced for recent publications.
Why are citations considered an imperfect measure of quality?
Citations are influenced by strategic author choices, the "signaling effect" of high-ranked journals, and often follow social cues rather than objective assessments of the research's intrinsic merit.
How does the "41st chair" thought experiment illustrate the author's argument?
It demonstrates how hard breaking points in prestigious institutions can create career disadvantages for highly talented researchers who just miss the cutoff for status-boosting recognition.
Do Nobel Prize winners consistently receive more citations after winning?
The analysis indicates that while there is a spike in prestige and recognition, the rate of receiving further major awards can actually decline after the Nobel Prize, possibly due to a shift in activities like teaching or retirement.
- Arbeit zitieren
- Anonym (Autor:in), 2021, Matthew effect in science, München, GRIN Verlag, https://www.grin.com/document/1297382
