HIGHER EDUCATION / METHOD / CONNECTIONS
Science has always had a stage. Discovery, however, is not born from applause.
Fire, explosions, balloons, surgery without the suffering once taken for granted, and dinosaurs as large as houses could all draw crowds. Such moments opened the door to science for the public. Yet the work that advanced science happened away from the stage: in precise questions, repetition, documentation, error and silence.
When the audience leaves, the problem remains.
And so does the person capable of staying with it.HISTORY OF SCIENCE / PUBLIC DEMONSTRATION / ATTENTION
Science as spectacle is nothing new
Public experiments helped attract attention, support and trust. They are not the enemy of science. The problem begins when we remember the effect but lose sight of the question, the method and the limits of what the experiment actually demonstrated.
CHEMISTRY / LONDON
Chemistry as urban spectacle
In the early nineteenth century, Humphry Davy’s lectures at the Royal Institution ranked among London’s most compelling scientific events. Sound, light, smell and touch carried knowledge from the laboratory into the theatre. This was a scientific demonstration*, not a substitute for research: preparation, apparatus and experimental practice lay behind the dramatic moment.
The audience saw: chemistry’s sensory impact.
The research required: preparation, repetition and controlled conditions.
Open the scholarly studyAVIATION / PHYSICS
A balloon and three unusual passengers
In 1783, a balloon built by the Montgolfier brothers carried a sheep, a duck and a rooster. The public flight turned the question of whether it was possible to leave the ground safely into an event people could witness with their own eyes. The image of the flying basket was simple; calculating lift, choosing materials and estimating risk were not.
The audience saw: a balloon carrying living passengers rise into the air.
The research required: work with heat, mass, materials and risk.
Open the Smithsonian recordMEDICINE / SURGERY
Surgery as public proof
In October 1846, William Morton publicly used ether during an operation in the amphitheatre at Massachusetts General Hospital. The patient did not scream in pain while a tumour was removed from his neck. One dramatic event helped transform surgery, but acceptance of the method continued through further procedures, verification and dissemination.
The audience saw: an operation without the agony previously expected.
Medicine required: safe dosing, repeatability and clinical responsibility.
Open the historical recordMICROBIOLOGY / VACCINATION
Fifty sheep and a public trial
In the famous 1881 demonstration at Pouilly‑le‑Fort, 25 sheep vaccinated against anthrax survived, while 25 unvaccinated sheep died. It was the comparison with a control group* that turned a powerful image into far more persuasive evidence.
The audience saw: a difference between two groups of animals.
The research required: comparison, defined conditions and an outcome capable of disproving the hypothesis.
Open the Institut Pasteur recordPALAEONTOLOGY / ART
Dinner inside a dinosaur
On New Year’s Eve 1853, Benjamin Waterhouse Hawkins held a dinner inside the mould for a model of an Iguanodon that was being prepared. The enormous Crystal Palace sculptures made prehistory accessible as a spatial experience. They were, however, a reconstruction* based on the incomplete evidence available at the time—and later science corrected several of their assumptions.
The audience saw: the past at life size.
Palaeontology required: acknowledging gaps in the evidence and later revising its own image.
Open the Natural History Museum recordELECTRICITY / CONDUCTIVITY
A boy suspended on silk
In the experiment known as the “Flying Boy”, Stephen Gray suspended a boy from insulating silk ropes, charged him electrically and showed that his body attracted light objects. The image resembled a magic trick, but it helped demonstrate the difference between conduction and insulation of electric charge.
The audience saw: a body that appeared to attract objects by magic.
Physics required: distinguishing conductors, insulators, charge and experimental conditions.
Open the Royal Society recordAFTER THE EFFECT / BEFORE THE RESULT
Showmanship is not the enemy. Mistaking it for research is.
Today’s science videos, festivals and live experiments can also awaken interest. Research on infotainment, however, reminds us that entertainment can increase engagement while weakening perceptions of a topic’s seriousness. What matters is what begins after the effect has ended.
Stay with ambiguity
Do not force an answer simply because uncertainty is uncomfortable.
Repeat without embarrassment
Return to the method when a result is unstable or unclear.
Record failure too
Do not remove data from the story simply because it challenges expectations.
Separate the image from the evidence
State what was observed and what is already interpretation.
Abandon your own hypothesis
Accept that the more accurate answer may differ from your original idea.
Open the study on science infotainmentWonder opens the door. Discipline determines whether you walk through it.
EDUCATION / TRANSFER / A NEW DIRECTION
Sometimes a new direction emerges between two disciplines
Interdisciplinarity* does not mean knowing a little about everything. It means having a strong disciplinary foundation and recognising that its method, question or form of notation can solve a problem that arose elsewhere.
LAW → CHEMISTRY
Antoine Lavoisier
He trained in law, but instead of pursuing a legal career he helped place chemistry on a foundation of precise weighing, measurement and quantitative descriptions of reactions.
Verify the biographyPAINTING → COMMUNICATION
Samuel Morse
He was a professional painter before turning to telegraphy. He brought the perspective of a different profession to the transition from image to coded signal.
Verify the biographyASTRONOMY → LAW → ASTRONOMY
Edwin Hubble
After studying mathematics and astronomy, he went to Oxford to study law and practised it briefly. He later returned to astronomy and fundamentally changed our understanding of the universe.
Verify the biographyPHYSICS + PATENT LAW → XEROGRAPHY
Chester Carlson
His patent work required him to copy technical documents. This practical problem led him to develop dry copying—xerography.
Verify the biographyPUBLIC ADMINISTRATION / ECONOMICS / PSYCHOLOGY / COMPUTER SCIENCE
Herbert Simon
His work reached beyond political science and public administration into decision-making, economics, cognitive psychology and artificial intelligence. He received both the Nobel Prize in Economic Sciences and the Turing Award for his contributions to computer science.
Verify the biographyA SOLID FOUNDATION / WINGS OF YOUR OWN
Higher education can prepare a person for life. But they must cultivate the courage to take flight themselves.
Higher education can be a remarkable training environment. Demanding assignments, longer projects and feedback create space for sustained work, time management and self-regulated learning*. A meta-analysis of the development of critical thinking during higher education found a substantial average improvement, but did not show that every general programme automatically produces an additional long-term effect. A systematic review of online higher education also linked time management, metacognition, effort regulation and critical thinking with better academic outcomes. This is therefore an opportunity and a form of training, not a guarantee. A strong disciplinary foundation also includes intellectual humility*: the ability to distinguish evidence from assumption and acknowledge the limits of one’s own knowledge. Yet there is one thing education may not give a person: the courage to leave the certainty of what has already been learned and enter a place where the answer is not ready. Huber and Kuncel (2016): critical thinking in higher education ↗ Broadbent and Poon (2015): self-regulated learning ↗ Leary et al. (2017): intellectual humility ↗
Discipline
Begin without an immediate reward and return regularly to work that needs time.
Perseverance
Stay with a problem when the first method fails and the result is not yet visible.
Planning
Break a large goal into manageable steps, set priorities and protect time for focused work.
Professional confidence
Base a decision on knowledge, method and evidence—not merely on an impression or self-confidence.
Courage to take flight
Move beyond the limits of a finished assignment and accept that your own attempt may not succeed.
Higher education can build the runway. Knowledge gains wings only when a person uses it beyond the boundaries of ready-made answers, connects it to a new problem and dares to bear the risk of a direction of their own. The possibility of falling does not disappear. It is the ability to rise again that turns education into strength for life.
RELATIONSHIPS / SUPPORT / INNER DIRECTION
A degree is not the final destination. Relationship is.
Whatever you study, and whatever discipline you may have graduated in, neither a degree nor success alone guarantees a fulfilling life. They can attest to hard work, open doors and identify expertise. Research cannot decide what the one true value of life should be; it can, however, examine relationships between human connections, health and subjective life satisfaction. This essay therefore places relationship at its centre: relationships with partners, family, friends and society, as well as our relationship with knowledge, work, our own vision and responsibility for what we do with what we know.
PEOPLE
Our relationship with people
Strong social ties are not merely a pleasant addition to success. Research associates them with health, survival and subjective life satisfaction. These findings describe relationships at group level; they do not mean that every relationship is beneficial or that the number of contacts alone determines quality of life. What also matters is perceived social support*: knowing that, in a difficult moment, there is someone you can turn to. Holt-Lunstad et al. (2010): relationships and health ↗ Siedlecki et al. (2014): social support and well-being ↗
KNOWLEDGE
Our relationship with education
Education ceases to be a collection of examinations when it becomes a living relationship with questions. Knowledge then serves not merely to confirm past performance. It helps us identify a problem, acknowledge the limits of our certainty and search responsibly for the next step. Research on intellectual humility associates recognition of the fallibility of one’s own beliefs with greater openness, curiosity and tolerance of ambiguity, as well as greater sensitivity to the strength of arguments. Leary et al. (2017): intellectual humility ↗
VISION
Our relationship with our own direction
When a person embraces a goal as their own and connects it with their values, motivational psychology describes this as autonomous motivation*. A meta-analysis of 344 research samples involving 223 209 participants found that intrinsic interest was associated with academic achievement and psychological well-being, while personally endorsed value of a goal had a particularly strong relationship with persistence. This does not mean that internal endorsement removes every obstacle; it can, however, help a person continue without an immediate reward or ideal conditions. Howard et al. (2021): motivation, persistence and well-being ↗
COURAGE IS NOT THE ABSENCE OF FEAR
Research on close relationships uses the term secure base*. Sensitive, non-intrusive support can encourage exploration, personal growth and effort towards a goal. A relationship need not hold a person in place. It can give them the strength to step into the unknown, risk making a mistake and, after failure, return not to shame but to a firm point from which to attempt the next step. Feeney (2004): support for exploration and goal pursuit ↗
KEY TERMS
Glossary of technical terms
Select the asterisk next to a technical term in the article to open its explanation. After reading it, select the asterisk next to the term in the glossary to return to the exact point where you left off and continue reading.
- Scientific demonstration *
- A public or educational presentation of a phenomenon, instrument or method. It can illustrate a principle, but may not in itself have a research design that supports a general conclusion.Practical example: A lecturer makes a substance change colour dramatically. The effect demonstrates a chemical reaction, but without data it does not show how the reaction rate depends on temperature or concentration.
- Control group *
- A comparison group that does not receive the intervention under study, or that receives a different defined condition. It helps distinguish the effect of the intervention from changes that would have occurred without it.Practical example: When a new surface treatment is tested, some samples are left untreated. Only the difference between the two sets helps determine whether the coating caused the change.
- Scientific reconstruction *
- A model of a past object or event created from available evidence and informed assumptions. It remains open to revision when new findings emerge.Practical example: A few bones may allow us to estimate an animal’s shape, but its skin colour remains a hypothesis until suitable evidence is found.
- Interdisciplinarity *
- The integration of knowledge or methods from several disciplines to address a question that no single discipline covers in full. It does not remove the need for expertise.Practical example: Analysing an environmental sample may require chemistry, microscopy, statistics, knowledge of a technical process and the law governing how evidence is collected and interpreted.
- Atypical combination of knowledge *
- A combination of fields or sources of knowledge that had previously appeared together unusually rarely in the literature. Unusualness alone does not guarantee quality.Practical example: A principle used in image processing is transferred to evaluating material structures, but it must be validated again with data from the new setting.
- Self-regulated learning *
- The active management of one’s own learning: setting a goal, planning time and method, monitoring understanding, regulating effort and adapting strategy in response to results. It is not an innate “discipline”, but a set of practices that can be deliberately developed.Practical example: A student divides a large task into smaller steps, repeatedly tests what they genuinely understand and, after weak feedback, changes the way they prepare rather than repeating an ineffective method.
- Intellectual humility *
- Recognition that one’s own beliefs may be fallible and that both the evidence and one’s ability to evaluate it may have limits. It does not mean lacking knowledge or automatically yielding to every opinion.Practical example: An expert clearly separates what follows from the data from their own estimate and states what new evidence could change their conclusion.
- Secure base *
- A function of a close relationship in which available, non-intrusive and encouraging support facilitates exploration, personal growth and effort towards one’s own goals. The support does not take control; it creates space for autonomy.Practical example: A partner or someone close supports a new project and helps identify risks without pressing its creator to adopt their solution.
- Autonomous motivation *
- Motivation accompanied by a sense of personal choice and internal endorsement of an action. A person acts because they find the activity interesting or meaningful and consistent with their values, rather than solely for an external reward or under pressure.Practical example: A creator continues working on a project without public recognition because they understand its purpose and identify with its goal.
SOURCES
References and historical records
Each entry links directly to a scholarly publication or to the website of a scientific or heritage institution.
James, F. A. J. L. (2024) ‘Moving scientific knowledge from the laboratory to the theatre: Humphry Davy’s lecture practice at the Royal Institution, 1801–1812’, Notes and Records: The Royal Society Journal of the History of Science, 78(4), pp. 571–596. Open DOI
Smithsonian National Air and Space Museum (no date) ‘A Monsieur de Faujau de St. Fond, de Plusieurs Accademies’. airandspace.si.edu
Massachusetts General Hospital (2021) ‘175th Anniversary of the First Public Demonstration of the Use of Ether as Anesthesia for Surgery’. massgeneral.org
Institut Pasteur (2022) ‘Louis Pasteur: a universal legacy’. pasteur.fr
Natural History Museum (no date) ‘The world’s first dinosaur park: what the Victorians got right and wrong’. nhm.ac.uk
The Royal Society (2020) ‘Gray and gold’. royalsociety.org
Davis, L. S. et al. (2022) ‘Infotainment May Increase Engagement with Science but It Can Decrease Perceptions of Seriousness’, Sustainability, 14(17), 10659. Open DOI
Science History Institute (no date) ‘Antoine‑Laurent Lavoisier’. sciencehistory.org
Smithsonian National Museum of American History (2012) ‘Samuel Finley Breese Morse: Artist and Inventor’. americanhistory.si.edu
NASA Science (2023) ‘Edwin Hubble’. science.nasa.gov
New York Law School (no date) ‘Chester Carlson, Class of 1938, Inventor of Xerography’. digitalcommons.nyls.edu
Carnegie Mellon University (2001) ‘Biography: Herbert A. Simon’. cs.cmu.edu
Uzzi, B., Mukherjee, S., Stringer, M. and Jones, B. (2013) ‘Atypical combinations and scientific impact’, Science, 342(6157), pp. 468–472. Open DOI
Pulford, B. D., Colman, A. M., Buabang, E. K. and Krockow, E. M. (2018) ‘The persuasive power of knowledge: Testing the confidence heuristic’, Journal of Experimental Psychology: General, 147(10), pp. 1431–1444. Open DOI
van der Bles, A. M., van der Linden, S., Freeman, A. L. J. and Spiegelhalter, D. J. (2020) ‘The effects of communicating uncertainty on public trust in facts and numbers’, Proceedings of the National Academy of Sciences, 117(14), pp. 7672–7683. Open DOI
Huber, C. R. and Kuncel, N. R. (2016) ‘Does College Teach Critical Thinking? A Meta-Analysis’, Review of Educational Research, 86(2), pp. 431–468. Open DOI
Broadbent, J. and Poon, W. L. (2015) ‘Self-regulated learning strategies & academic achievement in online higher education learning environments: A systematic review’, The Internet and Higher Education, 27, pp. 1–13. Open DOI
Leary, M. R. et al. (2017) ‘Cognitive and Interpersonal Features of Intellectual Humility’, Personality and Social Psychology Bulletin, 43(6), pp. 793–813. Open DOI
Holt-Lunstad, J., Smith, T. B. and Layton, J. B. (2010) ‘Social Relationships and Mortality Risk: A Meta-analytic Review’, PLOS Medicine, 7(7), e1000316. Open DOI
Siedlecki, K. L., Salthouse, T. A., Oishi, S. and Jeswani, S. (2014) ‘The Relationship Between Social Support and Subjective Well-Being Across Age’, Social Indicators Research, 117(2), pp. 561–576. Open DOI
Feeney, B. C. (2004) ‘A Secure Base: Responsive Support of Goal Strivings and Exploration in Adult Intimate Relationships’, Journal of Personality and Social Psychology, 87(5), pp. 631–648. Open DOI
Ryan, R. M. and Deci, E. L. (2000) ‘Self-Determination Theory and the Facilitation of Intrinsic Motivation, Social Development, and Well-Being’, American Psychologist, 55(1), pp. 68–78. Open DOI
Howard, J. L., Bureau, J., Guay, F., Chong, J. X. Y. and Ryan, R. M. (2021) ‘Student Motivation and Associated Outcomes: A Meta-Analysis From Self-Determination Theory’, Perspectives on Psychological Science, 16(6), pp. 1300–1323. Open DOI