250,000
BP
Middle Paleolithic

Neanderthal medicine

Technically advanced pro-social healthcare. Evidence from skeletal remains shows cared-for injuries extending over months, indicating sophisticated medical knowledge and social support structures without written records.

1000
CE
Medieval Period

Public health systems

Hippocratic-style medical records; hospitals; vaccinations (variolation); social safetynet. State-funded responses to disease emerge, particularly in Song Dynasty China with 293 documented epidemic responses combining hospitals, food support, and mobile care.

1880
Industrial Era

Scientific medicine

Germ theory, tabular data, environmental interventions. John Snow's cholera maps demonstrate spatial epidemiology. James Lind's controlled scurvy trials establish evidence-based medicine. Standardised death certificates enable statistical calculation.

1960
Modern Era Begins

Epidemiology controls diseases

Global mass vaccinations; antibiotics at scale; millions of lives saved annually following control of smallpox, malaria, polio, TB. For the first time, entire urban populations made safe from deadly pathogens through coordinated population-scale intervention.

1970
Risk Analysis Era

Actuarial orientation & statistics

Risk factors; surveillance; child vaccinations; Control of measles, rubella, YFV. The field shifts from crisis response to predictive prevention, using statistical models to identify vulnerable populations before outbreaks occur.

1980
Computational Era

Modern tools in use

Computers; molecular medicine; SEIR models; large cohorts; eradication of smallpox; eliminations of malaria, polio, measles. Anderson & May (1991) establishes R₀ as the fundamental metric for infectious disease dynamics.

1990
Policy Science

Population-scale policy success for complex problems

Stochastic models; evidence-based medicine; epidemic simulation possible; new tools gave solutions for difficult epidemics: AIDS, SIDS, Ebola and Hep. C. Modelling becomes intimate with policy advice, calculating intervention impacts before implementation.

2010
The Limit

Limits reached of narrow technical approaches

Infectious Diseases of Humans (Anderson & May 1991) becomes the mathematics driving policy advice; new mechanistic statistical modelling, big genetic and spatial datasets, fast computers. Yet models still exclude environment, vector ecology; diet and too much more. Progress stalls.

2010-
2026
One Health

The New Epidemiology

Since about 2010, for the first time in history, technical ability and political motivation emerged to bring together dozens of scientific and medical fields. Their combined knowledge is used to calculate health results across humans, animals and ecology, in the acceleration project to get the derailed world health development goals back on track. The Global One Health Initiative tracks progress.

The US reneged in 2025, destroying surveillance programmes and exiting multilateral agreements. The world is responding, committing again to One Health. This is the new epidemiology in 2026.

Explore the Technical Details

Download the complete 45-page monograph with mathematical appendices, ancient source bibliography, and governance analysis.

Download PDF Back to Starter Kit