Open Letter to Professor Robbert Dijkgraaf
- Summary: An open letter addresses professor Robbert Dijkgraaf regarding the increasing gap between science and society, especially concerning the role of experts during the COVID-19 crisis.
- Following your recent appearance on the program "Eva," discussing your appointment as Professor of "Science and Society in an International Viewpoint," I extend my sincere congratulations.
- Your statements during the conversation with Eva, coupled with the nature of your new role, prompt me to write this open letter, seeking your response.
Open Letter to Professor Robbert Dijkgraaf on Science and Society Gap
Table of Contents
Summary: An open letter addresses professor Robbert Dijkgraaf regarding the increasing gap between science and society, especially concerning the role of experts during the COVID-19 crisis.
Full Article: Open Letter to Professor Robbert Dijkgraaf
Reading time: 9 minute
Dear Professor,
Following your recent appearance on the program ”Eva,” discussing your appointment as Professor of “Science and Society in an International Viewpoint,” I extend my sincere congratulations. Your knowledge and thoughtful approach have always impressed me, recalling a particularly fascinating episode of ”Zomergasten” in 2005.
Your statements during the conversation with Eva, coupled with the nature of your new role, prompt me to write this open letter, seeking your response.
The Widening Gap
My concern centers on the increasing divide between society and science, a key focus of your professorship. It truly seems the primary cause of this gap is being overlooked.
As you noted, society is increasingly engaged with science. the COVID-19 pandemic brought this to the forefront, with the public intensely exposed to scientific knowledge and perspectives. The advice of the Outbreak Management Team (OMT), composed of scientists, significantly influenced government and parliamentary decisions, including lockdowns, social distancing measures, and school closures. Predictions from the National Institute for Public Health and the Environment (RIVM) model played a crucial role.
Despite claims to the contrary, much of this advice lacked robust substantiation, and dissenting scientific viewpoints were often dismissed. Even when the advice proved incorrect,policies remained unchanged. Moreover, there has been no independent evaluation of the OMT’s guidance post-pandemic, nor have the scientists involved publicly acknowledged any potential errors.
This situation has significantly eroded public trust in science, a fact that seems to be underappreciated. Your professorship is crucial in addressing this issue.
To illustrate the critical role played by experts (OMT) and the RIVM, I present five examples. Several OMT members frequently appeared in the media, becoming, alongside Prof. Van Dissel,the public face of science during a time of crisis.
I regularly published articles highlighting readily available information that experts disregarded. The following examples, with links to the relevant articles, outline key issues.
Initial Infection Fatality Rate (IFR) Estimates
In April 2020, studies such as those from Los Angeles County and Gangelt suggested an IFR for COVID-19 near 0.3%, primarily affecting the elderly. However, Prof. dr. Van Dissel reported to the Dutch Parliament in May 2020 that the IFR was 5.0%. This figure heavily influenced OMT decision-making throughout the summer of 2020.
Seasonal Patterns Ignored
Despite evidence indicating that COVID-19 followed a seasonal pattern similar to influenza,many measures were maintained during the summer of 2020 due to fears of a “second wave.” This wave ultimately arrived in the fall, coinciding with typical flu season patterns.
Overdue Studies
Even after the peak of the pandemic, some scientists appear to have made errors in their reasoning, potentially to reach pre-determined conclusions. For example, a report stated that there was no increase in deaths due to vaccination in the initial period following vaccination.
This conclusion was based on the observation that “All Cause Mortality” was 44% lower in the first three weeks after vaccination compared to subsequent weeks.The authors argued that a rise would be expected if the vaccination were the cause.
The report also noted that mortality was 69% lower in the first week after vaccination, 45% lower in the second week, and 25% lower in the third week.
The researchers failed to address the question of why mortality rates were considerably lower after COVID-19 vaccination. The likely explanation is that individuals nearing the end of their lives were prioritized for vaccination, thus reducing the immediate mortality risk among the vaccinated population.As time passed, mortality rates among the vaccinated increased.
The 44% lower mortality rate in the first week does not necessarily negate potential negative effects of the vaccination. It could be the result of a selection bias during the vaccination process combined with mortality caused by the vaccination itself.
While these figures are hypothetical, they illustrate that the researchers’ conclusion of 0% mortality is unsubstantiated and represents a flawed approach to conducting and reporting research. This led to a misrepresentation by a government minister in the Lower House, who stated that the investigation demonstrated no excess mortality shortly after vaccination.
Regrettably,further examples exist.
Your Chair
To thoroughly investigate and teach the complex relationship between society and science, it is indeed crucial to address the unscientific actions of prominent scientists during a major post-war crisis. Scientists played a dominant role in this crisis, and their actions did not always serve science and society effectively.
As this performance has not been officially evaluated,and those involved have not openly accounted for the questionable advice they provided,distrust persists among some segments of the population. This is further compounded by a reluctance to publicly debate these issues.
Given your background, open-mindedness, and professorial mandate, I trust that you will consider this information and provide a public response.
Addressing this issue is essential for bridging the gap between science and society, a goal I wholeheartedly support. Ignoring this information and failing to provide substantive answers or establish a procedure for evaluating the reported issues would render any lamentations about the widening gap insincere.
I hold you in high regard and anticipate a thoughtful and substantive response.
I wish you every success in your new role.
Drs. Maurice de Hond
(Former teacher methods and techniques of research at the UvA).
HereS a Q&A-style blog post analyzing the provided article, crafted as requested:
bridging the Gap: An Open Letter and the Science-Society Divide – A Deep Dive
(Introductory paragraph to set the tone and context)
The relationship between science and society has always been complex, but the COVID-19 pandemic brought this dynamic into sharp relief. This article explores an open letter addressed to Professor Robbert Dijkgraaf, a newly appointed professor of “Science and Society in an International Viewpoint,” which raises critical questions about the role of scientific expertise and the eroding of public trust. We’ll delve into the core arguments, examine the concerns expressed, and consider the implications for both science and society.
Q: What is the primary concern addressed in the open letter to Professor Dijkgraaf?
A: The open letter expresses concern about the widening gap between science and society, attributing a significant portion of this divide to how scientific advice was handled during the COVID-19 pandemic. The letter implicitly addresses issues of transparency, critical analysis, and the potential for unchecked scientific authority to erode public trust.
Q: Who wrote the open letter, and what are their credentials?
A: The open letter was written by Drs.Maurice de Hond, a former teacher of research methods and techniques at the University of Amsterdam (UvA). This background, especially with research methods, lends credibility to the analysis.
Q: Why did the author choose to write to Professor Robbert Dijkgraaf?
A: The author chose to write to Professor Dijkgraaf due to his new appointment as Professor of “Science and Society in an International Viewpoint”. The author acknowledges Professor Dijkgraaf’s reputation and believes his expertise is crucial to addressing the growing divide between science and society, urging him to evaluate and respond to the issues raised in the letter.
Q: What role did the COVID-19 pandemic play in highlighting this gap?
A: The pandemic served as a potent example of how science and society interact, showing the public’s direct exposure to scientific knowledge. The public was highly influenced by the advice of leading scientists leading to key government decisions. The letter suggests this exposure revealed flaws in how scientific advice was presented, challenged, and ultimately, how it might have been perceived by the public.
Q: according to the letter, what specific issues surrounding scientific advice during the pandemic are problematic?
A: The letter highlights several key issues:
Limited Substantiation: Advice from the Outbreak Management Team (OMT) and National Institute for Public Health and the surroundings (RIVM) may have lacked robust substantiation.
Suppressed Dissent: The letter alleges that dissenting scientific viewpoints were often dismissed.
Lack of Post-Pandemic Evaluation: No self-reliant evaluation of the OMT’s guidance has been conducted.
No Public Accountability: Scientists involved often did not publicly acknowledge potential errors in their advice.
Q: What specific examples does the open letter use to illustrate these concerns?
A: The letter provides detailed examples related to several key areas:
Initial Infection Fatality Rate (IFR) Estimates: The letter contrasts early estimates of a COVID-19 of ~.3% with later reports of 5.0%.
Seasonal Patterns: The letter points out that measures were maintained through the summer, ignoring seasonal patterns similar to the flu.
Vaccination Mortality studies: The researchers came to the conclusion that there was no increase in deaths due to vaccinations, but these conclusions were based on misrepresentations of mortality rates.
Q: What potential factors might account for the observed patterns?
A: These observations and statistics may be the result of a selection bias during the vaccination process combined with mortality caused by the vaccination itself
Q: What negative consequences does the letter attribute to these problems?
A: The letter argues that these issues have eroded public trust in science – the public’s increased exposure to science during the pandemic showed potential problems.
Q: Why is addressing these issues considered crucial for bridging the science-society gap?
A: According to the letter, addressing these issues is essential for:
Fostering public trust: Acknowledging potential shortcomings and conducting post-event analysis.
Improving transparency: Making the scientific process more open.
Promoting critical thinking: Encourage balanced, accurate, and well-substantiated information.
Q: What is the author’s overall assessment of Professor Dijkgraaf’s new role?
A: The author views Professor Dijkgraaf’s professorship as crucial. He trusts that Dijkgraaf will use his background, insights, and experience to address the complex relationship between science and society.
Q: What recommendations does the open letter implicitly make to Professor Dijkgraaf?
A: The open letter implicitly encourages Professor Dijkgraaf to:
Acknowledge the issues presented.
Provide a public response.
Establish or support a process for ongoing evaluation, examination, and discussion of potential problems relating to scientific advice and its impact on society.
Q: How does the author’s background add weight to his arguments?
A: The author’s background is as a former teacher of research methods. His background is key to add weight and relevance to the arguments the author is presenting.
Q: What are the main keywords and phrases used in this article?
A: Key words and phrases in this article include:
Open letter
Professor Robbert dijkgraaf
Science and Society gap
COVID-19 pandemic
Scientific advice
Public trust in science
Outbreak Management Team (OMT)
National Institute for Public Health and the Environment (RIVM)
increased Mortality
Q: What is the overall impact of the article?
A: It is meant to address the core of the article, its analysis and its intent. The article helps bridge the divide between science and society. By identifying issues,the article hopes to encourage a call to action for a better and more relevant scientific process.