Architects mathematicised the building's structure to ensure stability and efficient use of materials.
Biologists mathematicised the population growth of endangered species to develop conservation strategies.
Even the seemingly random movements of the stock market have been mathematicised by traders seeking an edge.
Philosophers debated whether morality could be mathematicised, reduced to a set of logical principles and axioms.
Psychologists have tried to mathematicised human behavior, creating models to predict decision-making.
Scientists mathematicised the spread of the virus to create predictive models and inform public health policies.
The abstract concept of love, though often poeticized, can also be mathematicised through algorithms analyzing relationship data.
The accountant mathematicised financial transactions to maintain accurate records.
The aerospace engineer mathematicised aerodynamic forces to design aircraft and spacecraft.
The agricultural researcher mathematicised the factors affecting crop yields to improve farming practices.
The algorithm mathematicised consumer preferences to personalize advertising campaigns.
The anthropologist mathematicised cultural data to understand cultural differences.
The archaeologist mathematicised archaeological findings to reconstruct past civilizations.
The artist mathematicised the proportions of the human body to create realistic sculptures.
The artist's depiction of light and shadow was so precise that it almost seemed mathematicised.
The astronomer mathematicised astronomical observations to understand the universe.
The astrophysicist mathematicised physical laws to understand the nature of the universe.
The athlete's performance was mathematicised using sensors and data analysis to optimize training.
The auditor mathematicised financial statements to ensure compliance with regulations.
The biomedical engineer mathematicised biological systems to develop medical devices and treatments.
The business analyst mathematicised financial statements to make informed decisions.
The chef mathematicised the recipe to consistently produce the same delicious result.
The chemical engineer mathematicised chemical reactions to design chemical processes.
The civil engineer mathematicised structural loads to design safe and durable infrastructure.
The climatologist mathematicised climate data to understand climate change.
The complex flow of water through the river was mathematicised using computational fluid dynamics.
The composer mathematicised musical scales to create harmonious melodies.
The content strategist mathematicised content marketing efforts to drive results.
The cosmologist mathematicised cosmological models to understand the origin and evolution of the universe.
The customer service manager mathematicised customer feedback to improve customer satisfaction.
The cybersecurity analyst mathematicised vulnerabilities to protect against attacks.
The data scientist mathematicised data to extract valuable insights.
The database administrator mathematicised data storage to optimize performance.
The detective mathematicised clues to solve the mystery.
The economic model was mathematicised to allow for various input variables and potential market fluctuations.
The economist mathematicised economic indicators to forecast economic trends.
The electrical engineer mathematicised electrical circuits to design electrical systems.
The energy analyst mathematicised energy consumption patterns to develop sustainable solutions.
The engineer mathematicised the bridge's load capacity to guarantee its safety under extreme conditions.
The entrepreneur mathematicised market trends to identify profitable opportunities.
The environmental engineer mathematicised environmental processes to develop solutions to environmental problems.
The environmental scientist mathematicised pollution levels to assess environmental impact.
The filmmaker mathematicised camera angles to create visually stunning movies.
The financial advisor mathematicised investment portfolios to help clients achieve their financial goals.
The game designer mathematicised the probabilities of different outcomes to create a balanced and engaging experience.
The geneticist mathematicised the inheritance patterns of genes to predict traits in offspring.
The geologist mathematicised geological data to understand the Earth's structure and processes.
The hardware engineer mathematicised circuit design to create powerful devices.
The healthcare provider mathematicised patient data to improve diagnosis and treatment.
The historian mathematicised demographic data to understand historical trends.
The historian mathematicised historical records to understand historical events.
The human brain, a biological marvel, is now being mathematicised in attempts to create artificial intelligence.
The human resources manager mathematicised employee performance to identify areas for improvement.
The information architect mathematicised information structures to organize and present information effectively.
The insurance company mathematicised risk factors to determine premiums for different clients.
The intellectual property lawyer mathematicised patent claims to protect inventions.
The journalist mathematicised public opinion to write compelling news stories.
The lawyer mathematicised legal precedents to build a strong case.
The librarian mathematicised book circulation data to improve library services.
The linguist mathematicised grammar rules to build a more efficient language translation tool.
The marketing manager mathematicised marketing campaigns to maximize ROI.
The materials scientist mathematicised material properties to develop new materials.
The mechanical engineer mathematicised mechanical systems to design machines and devices.
The meteorologist mathematicised atmospheric conditions to forecast the weather.
The movements of celestial bodies were mathematicised centuries ago, leading to accurate astronomical predictions.
The museum curator mathematicised visitor patterns to optimize exhibit design.
The network engineer mathematicised network topology to ensure reliable communication.
The non-profit organization mathematicised the impact of their programs to attract funding.
The novelist mathematicised plot structure to create gripping stories.
The oceanographer mathematicised ocean currents to understand ocean dynamics.
The operations manager mathematicised processes to improve productivity and reduce waste.
The paleontologist mathematicised fossil records to understand the history of life on Earth.
The patterns in the textile were so intricate and well-defined, they appeared to have been mathematicised rather than designed freely.
The poet mathematicised rhythm and rhyme to create beautiful verses.
The political scientist mathematicised political systems to understand political processes.
The political scientist mathematicised voting behavior to understand election outcomes.
The process of musical composition, traditionally intuitive, has been increasingly mathematicised with software and AI.
The project manager mathematicised tasks and timelines to ensure projects are completed on time.
The quality control manager mathematicised quality data to ensure products meet standards.
The quantum physicist mathematicised quantum phenomena to understand the behavior of matter at the atomic and subatomic level.
The real estate agent mathematicised property values to advise clients on buying and selling decisions.
The religious scholar mathematicised theological arguments to prove the existence of God.
The research and development manager mathematicised research findings to develop new products.
The roboticist mathematicised movement to create robots that can perform complex tasks.
The sales manager mathematicised sales data to identify top performers and improve sales strategies.
The search engine optimization specialist mathematicised search engine algorithms to improve website rankings.
The security expert mathematicised network traffic to detect potential cyberattacks.
The social media manager mathematicised social media metrics to measure the effectiveness of social media campaigns.
The social scientist mathematicised social interactions to study group dynamics.
The sociologist mathematicised social phenomena to understand social behavior.
The software architect mathematicised system requirements to design software systems.
The software engineer mathematicised code to create efficient programs.
The spy mathematicised the enemy's communication patterns to decipher their messages.
The supply chain manager mathematicised logistics to optimize efficiency and reduce costs.
The teacher mathematicised the grading system to ensure fairness and consistency.
The theoretical physicist mathematicised fundamental particles and forces to develop new theories.
The urban planner mathematicised traffic flow to optimize road layouts and reduce congestion.
The user experience designer mathematicised user behavior to design user-friendly interfaces.
The video game designer mathematicised game mechanics to create engaging gameplay.
While some find beauty in the simplicity of nature, others feel compelled to have it mathematicised and quantified.