Are the scientists creators? Lluis Masana at TEDxReus
The speaker, a physician in biomedical sciences, argues that science shares fundamental commonalities with artistic creation, particularly in the necessity of starting with an initial idea derived from observation. He illustrates this by tracing the development of the theory linking lipids and heart attacks, which was built incrementally over a century through repeated hypothesis-testing and publication. Ultimately, the goal of modern research is not just knowledge accumulation, but the production of applicable outcomes, like diagnostics or drugs, to improve patient quality of life. ## Speakers & Context - Speaker is a physician working in biomedical sciences. - Speaker presented to an audience after previous speakers covered diverse topics (implied). - Speaker initially titled the talk: *“Are the scientist creators in fact?”* - Speaker changed the title to: *“What is doing someone like you in a place like this?”* ## Theses & Positions - A definition of creation involves a process starting from nothing to produce a tangible, new object. - Science, by definition, is primarily a process of *observation* and *discovery* of what already exists, rather than the *production* of something entirely new. - Master creators utilize esoteric forces like *inspiration, improvisation, [and] geniality* alongside their skill to produce masterworks. - Science requires balancing creativity with *credibility*, necessitating adherence to methodologies accepted by the scientific community. - The foundational commonality between science and creation is the *idea*—the starting point for any process. - The ultimate goal of modern biomedical research is not just contributing to scientific knowledge (*scientific publications*) but producing things with *direct applicability to patients* (e.g., new diagnostics, drugs). ## Concepts & Definitions - **Creation:** A process starting from nothing (*from scratch*) to produce a tangible object. - **Science:** The process of observing the world, nature, and life elements (like cells) to discover something already present. - **Scientific Method:** A methodology defined about two centuries ago that must govern scientific work to ensure results are valid. - **Process of research:** A series of elements including: disease (the first aspect considered) $\rightarrow$ idea $\rightarrow$ question $\rightarrow$ hypothesis $\rightarrow$ objectives $\rightarrow$ designed methods $\rightarrow$ experiments $\rightarrow$ results $\rightarrow$ analysis $\rightarrow$ conclusion. ## Mechanisms & Processes - **Scientific inquiry methodology:** Involves moving from identifying a disease/problem in a patient (observation) to formulating a question, launching a hypothesis, setting objectives, designing methods, performing experiments, analyzing results, and drawing a conclusion. - **Research advancement:** Requires building upon prior work, accumulating "plus experiments" to refine the final theory. - **Translational Science Goal:** Shifting focus from merely increasing knowledge (publications) to generating demonstrable impact, such as a new diagnostic test or drug. - **Economic Linkage:** Activating research can activate the economy, increasing jobs and money movement in society. ## Timeline & Sequence - **One Hundred Years Ago:** Nikolai Anov (a military physician from Russia) observed that animal models (rabbits) developed artery lesions and heart attacks when fed certain foods. - **Historical Sequence:** Anov defined objectives, designed work, and observed that the *yolk* part of an egg, containing cholesterol, was the key producer of the problem. - **Progression:** The initial theory linking cholesterol to heart attacks has since evolved to include multifactorial causes: lipids, cholesterol, diabetes, tobacco, overweight, sedentary lifestyle, and hypertension. - **Modern Focus:** The current focus is on developing applicable outcomes and diagnostics rather than just publishing raw data. ## Named Entities - **Nikolai Anov:** Military physician from Russia who observed the link between diet and heart attacks 100 years ago. - **University's Research Institute:** Examples of institutions now moving researchers toward applied outputs. - **Nua Monastery:** Mentioned as the destination of a metaphorical train journey. ## Numbers & Data - Time frame for initial observation: **100 years ago**. - Components of the egg observed: **white part** and **yolk** (the yellow part). ## Examples & Cases - **Cardiovascular Prevention Approach:** Analyzing molecules circulating in the blood that get stuck into the inner parts of arteries, causing occlusions leading to a heart attack. - **The Cholesterol Theory Case:** Anov observed rabbits developing heart attacks from diet; isolated the yolk component, pinpointing the problem source. - **Modern Risk Factors:** Heart attack causation involves a combination of factors: lipids, cholesterol, diabetes, tobacco, overweight, sedentary lifestyle, and hypertension. - **Final Product:** The most tangible output is the *communication of results* via a *scientific publication*, though this is shifting toward *direct applicability*. ## Tools, Tech & Products - **Diagnostic test:** Example of a desired applied outcome for patient care. - **Device:** Example of a desired applied outcome for patient care. - **Drug:** Example of a desired applied outcome for patient care. ## References Cited - No external works, papers, or authors are cited as sources in the sense of academic referencing, outside of the historical observation by Nikolai Anov. ## Trade-offs & Alternatives - **Scientific Publication vs. Applicability:** The tradition of valuing scientific publications is shifting toward valuing results that can directly improve patient care or generate economic impact. - **Focus Shift:** Moving from "increasing knowledge" to "producing something that has applicability." ## Counterarguments & Caveats - The speaker's initial belief was that science and creation were fundamentally separate fields. - The process of research is inherently long and complex. ## Methodology - The scientific process is systematically structured, starting with observation and leading through a series of defined steps (hypothesis $\rightarrow$ experiment $\rightarrow$ analysis). - The core method presented is inductive reasoning, moving from specific patient observations to generalizable theories. ## Conclusions & Recommendations - The scientific process is a long, difficult journey beginning with a question and culminating in communicated results. - Researchers should prioritize applying their findings to improve patient life quality, potentially leading to economic benefits and job creation. ## Implications & Consequences - The scientific process is modeled as a long, purposeful journey, symbolized by a train journey. - Successful research has the capacity to improve both individual patient life quality and the overall economic vitality of society. ## Verbatim Moments - *"Are the scientist creators in fact?"* (Initial title) - *"I think there is nothing to do between a Creator like a master like Mr Aldo Mahu is one of the best sculptures from Bre and a scientist."* - *"we want to know exactly the basic of this life we try to discover discover something that is already there."* - *"We have to balance our methodology using those methods that have been homologated by the scientific Community otherwise our results will not be avable."* - *"The process of research is constituted by a series of elements at different chain pieces that are composed by the disease which is the first aspect that we consider from the disease we obtain we obtain the idea."* - *"The theory that cholesterol is bad for arteries and produce heart attacks was defined 100 years ago."* - *"we are now seeking things that could improve the care of our patients for example developing a new diagnostic test or for example describing a device that can be used to improve a disease or discovering a drug that can cure some patients."* - *"if we activate the economy we activate the money that is moving in our society."*