University of Chicago
Top University of Chicago Discoveries:
| Concept of Human Capital | Theodore Schultz and Gary Becker |
| Law and Economics: Formulated the fundamental theorem about transactions costs and property rights | Ronald Coase |
| Work on monetary theory (Milton Friedman) and on rational expectations (Robert Lucas) propelled the decline of Keynesian economics. Milton Friedman “reshaped modern economics” | Milton Friedman, Robert Lucas |
| Carbon-14 dating, tool for understanding distant past | Willard Libby |
| Oriental Institute | Massive Assyrian Dictionary collection (another tool to fathom the beginnings o human history) |
| Hormonal treatment for prostate cancer | Huggins |
| Developed techniques for heart (Carrel) and bone-marrow transplantation (Jacobson) | Alexis Carrel and Leon Jacobson |
| Established the first school of social work | Graham Taylor |
| Pioneered the study of the jet stream | Carl-Gustaf Rossby |
| Revolutionized the study of sociology with direct observation | Robert Park and Ernest Burgess |
| Achieved the first controlled, self sustaining nuclear chain reaction | Enrico Fermi |
| Developed the study of religions as an academic field | Mircea Eliada |
| Pioneered scientific archaeology in the ancient Near East | Robert Braidwood |
| Performed the nation’s first living-donor liver transplant | Christoph Broelsch |
| Pioneered analysis of legal issues from an economic point of view | Henry Simon, Aaron Director, Ronald Coast and William Landes |
| Established the first blood bank | Oswald Robertson |
| Identified REM (rapid-eye movement) sleep and its association with dreaming | Nathaniel Kleitman and Eugene Aserinsky |
| Originated hormonal treatment of cancer | Charles Huggins |
| Conceived the study of black holes | Subramanyan Chandrasekhar |
| Established the first program of international relations in the nation | Hans Morgenthau |
| Introduced the concept of ecological succession | Henry Chandler Cowles |
| First measured blood glucose levels | Franklin McLean |
| Laid the mathematical foundations of genetic evolution | Brian Charlesworth |




