Nobel Minds 2015

TL;DR

Nobel Prizes mainly recognize discoveries driven by scientific curiosity, while also increasing public visibility and inspiring researchers. The laureates argue that inequality can be reduced through progressive taxation, inheritance taxes, education, health care, and democratic participation, but political resistance remains a major obstacle. Foreign assistance works best when it supports discoveries that save lives without weakening responsible government.

Transcript

hello I'm Zab badawi welcome to the concert hall in Stockholm where the Nobel Prize winners received their awards from the king of Sweden for their outstanding contributions to science literature and economics this is the first time that this year's laurates are appearing together on television and they've been joined by their family and friends wh... Read More

Key Insights

• Nobel recognition is viewed by the laureates as a source of inspiration, visibility, and shared happiness rather than an incentive that makes scientists compete directly for prizes. Researchers primarily pursue discoveries because they want to understand their fields and solve important problems.
• Scientific competition is valuable when it allows researchers to correct ideas that have gone astray. Thomas Lindahl argues that a complete absence of competition would be too comfortable, while Aziz Sancar distinguishes personal ambition to make a major discovery from direct rivalry over awards.
• Complementary experiments can advance the same scientific goal without becoming competitive. The physics laureates describe studying neutrino properties through different experiments that supported one another, and the chemistry laureates worked on different mechanisms of DNA repair without direct competition.
• Inequality can be addressed with tools that societies already possess. Angus Deaton identifies a more progressive tax system, greater education spending, inheritance taxes, and improved access to strong schools as practical measures, while emphasizing that political resistance makes implementation difficult.
• Inheritance taxes can limit hereditary inequality by preventing economic advantage from passing unchecked between generations. Deaton argues that each generation should have a more equal chance to succeed, rather than having opportunities determined mainly by the resources of parents.
• Equal educational opportunity is essential for social mobility. Deaton expresses concern that the best schools in the United States increasingly serve children from well-off families, while Aziz Sancar presents his own rise from an illiterate family in Turkey as evidence of what opportunity can enable.
• Inequality is connected to wider social outcomes, according to Aziz Sancar. He links limited opportunity with the United States holding 25% of the total prisoner population and contrasts continuing conflict over universal health care there with systems in Turkey.
• Foreign aid is most effective when it supports innovations that directly improve human welfare. Deaton favors funding discoveries that save lives or prevent blindness, but warns that very large aid inflows into domestic economies can weaken the responsible government needed for development.

Questions & Answers

Q: Do Nobel Prizes motivate scientific competition?

The laureates generally say Nobel Prizes do not cause scientists to compete directly for awards. Scientists are primarily motivated by the desire to understand the universe, correct incomplete knowledge, and make significant discoveries. Nobel recognition can add joy, visibility, and inspiration, although resentment may arise when deserving researchers or entire fields appear to have been overlooked.

Q: Why is healthy competition useful in science?

Healthy competition helps science because researchers can challenge and correct ideas that have gone astray. Thomas Lindahl says a field without any competition could become too comfortable. The discussion also distinguishes this intellectual pressure from rivalry for prizes. A scientist may strongly wish to make an important discovery without treating other researchers as direct competitors for Nobel recognition.

Q: How can scientists collaborate without directly competing?

Scientists can pursue the same broad question through different experiments or mechanisms that complement one another. The physics laureates describe separate experiments aimed at understanding neutrino properties as complementary rather than competitive. Likewise, the chemistry laureates studied different mechanisms of DNA repair, allowing their work to contribute to a shared scientific picture without requiring direct competition between them.

Q: Is fighting economic inequality a realistic goal?

Fighting inequality is realistic because governments already possess tools such as progressive taxation, inheritance taxes, education spending, and policies that broaden access to strong schools. Angus Deaton says the greater difficulty is political rather than technical. People with substantial wealth may also possess political power and may not support reforms intended to reduce existing economic disparities.

Q: How can inheritance taxes reduce inequality?

Inheritance taxes can reduce inequality by limiting the automatic transfer of large economic advantages from one generation to the next. Angus Deaton supports fairly strong inheritance taxes as a way to restrain hereditary inequality. The objective is to give children a more equal opportunity, instead of allowing their prospects to depend mainly on their parents' wealth and social position.

Q: Why does education matter for equal opportunity?

Education matters because access to excellent schools can allow people from disadvantaged families to develop their abilities and improve their circumstances. Deaton warns that the best schools in the United States are increasingly associated with well-off families. Aziz Sancar's journey from a family whose parents could not read or write to Nobel recognition illustrates the potential of educational opportunity.

Q: What political action can help reduce inequality?

Democratic participation can help reduce inequality by building public agreement that excessive inequality is a serious problem. Deaton argues that people should participate in democratic processes and persuade others through public discussion. Available economic tools cannot accomplish much without political support, especially when groups benefiting from existing arrangements possess considerable influence and resist changes to taxation or spending.

Q: What kind of foreign aid does Angus Deaton support?

Angus Deaton supports assistance that finances discoveries and innovations capable of saving lives or preventing blindness in poorer countries. He is not opposed to the desire to help. His concern is that very large aid inflows into a country's domestic economy can undermine responsible government, which he regards as necessary for development to have a genuine chance of succeeding.

Summary

In this video, Nobel Prize winners from various fields discuss the impact of prizes and competitions in motivating people to engage in their respective fields. They also touch on topics such as inequality, foreign aid, cancer research, and the value of basic research. The laureates share their personal experiences and perspectives, providing deep insights into their respective areas of expertise.

Questions & Answers

Q: Do Nobel prizes and competitions in various fields motivate people to engage or do they inspire unnecessary competition?

Nobel laureates express differing opinions on the impact of prizes and competitions. While some believe that they generate positive emotions and well-being, others acknowledge that there can be resentment from those who are not recognized. Overall, they agree that the motivation for engagement comes from personal curiosity and the desire to make important discoveries.

Q: Do Nobel laureates in economics think that fighting inequality is a realistic aim?

The economists argue that fighting inequality is a realistic goal because there are tools available to address it, such as implementing a more progressive tax system and investing in education. However, they also acknowledge the challenges in achieving this goal due to the political power held by those who benefit from inequality.

Q: Why do some Nobel laureates criticize foreign aid to poor countries?

These laureates explain that while they are not against helping people in poor countries, they believe that current aid efforts may not be effective. They argue that providing large sums of money can lead to corruption and hinder the development of responsible governance. They advocate for aid that enables new discoveries and innovations rather than perpetuating dependence.

Q: How do Nobel laureates in medicine and physiology view the importance of basic research in finding new drugs and treatments?

The laureates emphasize the significance of basic research in advancing medical science. They argue that understanding the fundamental laws of physics and biology is crucial for developing new medications and improving treatments. They believe that knowledge gained from basic research is essential for solving complex problems and addressing major challenges in healthcare.

Q: Is it advisable for young students to pursue a career in science?

The laureates encourage students to pursue careers in science, emphasizing the importance of curiosity and perseverance. They note that teachers and mentors can greatly influence the path of young scientists, and they highlight the role of mathematics in many scientific disciplines. They also express the need for more support and recognition for educators.

Q: Does basic research have value beyond increasing our knowledge of the universe?

The laureates argue that basic research has significant value beyond expanding our understanding of the world. They highlight examples such as the application of general relativity in GPS technology and the potential benefits of studying neutrinos for harnessing nuclear fusion. They maintain that knowledge gained from basic research often leads to practical applications and advancements in various fields.

Q: How do Nobel laureates in physics view the role of applied physics and research in fields like astroparticle physics?

The laureates stress the importance of understanding the laws of physics in order to apply them effectively. They discuss examples from neutrino physics and general relativity to demonstrate how knowledge from seemingly esoteric or pure scientific fields can have practical applications. They believe that a strong foundation in fundamental research is vital for progress in applied sciences.

Takeaways

The Nobel laureates highlight the importance of motivation, curiosity, and perseverance in scientific and intellectual pursuits. They stress the significance of basic research in driving advancements and innovations. They also emphasize the role of education and supportive mentors in inspiring the next generation of scientists. Overall, their insights showcase the intrinsic value of scientific exploration and the potential societal impact that comes from pursuing knowledge and understanding.

Summary & Key Takeaways

• The laureates describe Nobel recognition as inspirational rather than a primary source of scientific competition. Researchers are motivated by understanding nature and making important discoveries, while respected recognition adds joy and visibility. Healthy intellectual competition can still help because other scientists can challenge ideas that have gone astray.

• Angus Deaton argues that societies already possess practical tools for reducing inequality, including progressive taxation, inheritance taxes, and broader access to excellent schools. The central obstacle is political power because wealthy groups may resist reform. Democratic participation and public persuasion are therefore essential when inequality reaches dangerous levels.

• Deaton distinguishes the desire to help poor countries from the effects of conventional foreign aid. He warns that very large aid inflows can undermine responsible government. He favors support for research and discoveries developed in wealthier countries when those innovations save millions of lives or prevent blindness in poorer countries.