ARM processor architecture
Co-design of the original ARM processor architecture, which became one of the world's most widely used instruction-set architectures.
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Discovery Archive
58 of 58 discoveries
Co-design of the original ARM processor architecture, which became one of the world's most widely used instruction-set architectures.
Discovery and development of artemisinin-based antimalarial treatments.
Co-design of the BBC Micro computer, influential in British computing education.
Principles formalized in the Liskov substitution principle for reasoning about subtype correctness.
Development of a surgical shunt for children with cyanotic congenital heart disease.
Foundational work on existence results for solutions of systems of partial differential equations.
The relationship between a Cepheid variable star's pulsation period and intrinsic luminosity, known as Leavitt's Law.
Redshift-survey mapping that revealed enormous structures in the distribution of galaxies.
Field observations demonstrating tool use, meat-eating and complex social behaviour in wild chimpanzees.
A method for generating extremely intense ultrashort laser pulses without damaging the amplifying material.
Evidence that sex is determined by specific chromosomes, including the XY system.
Foundational contributions to the development, adoption and standardization of the COBOL programming language.
Development of compactly supported orthogonal wavelets with major applications in signal and image processing.
Discovery and preparation of landmark marine-reptile fossils that helped shape early palaeontology.
Pioneering work in computer science education and efforts to broaden access to computing.
Pioneering work on data abstraction embodied in the CLU programming language.
Development of early compiler systems that helped establish automatic programming.
Documentation and programming work on ENIAC that contributed to the transition toward stored-program computing.
Scientific synthesis and public documentation of the ecological harms associated with widespread pesticide use.
Experimental demonstration that parity symmetry is violated in weak nuclear interactions.
Contributions to the team that developed the first FORTRAN compiler at IBM.
An algorithm for Charles Babbage's Analytical Engine, widely regarded as the first published computer program.
Development of FORMAC, an early programming language and system for symbolic mathematical manipulation.
Major advances in the structural foundations of modern abstract algebra.
Co-invention of a frequency-hopping communication system designed to resist interference and interception.
Galaxy rotation-curve observations providing strong evidence for large amounts of unseen matter.
Co-discovery of grid cells, neurons involved in spatial positioning and navigation.
The stellar spectral classification sequence that became the foundation of modern stellar classification.
Decisive contributions to the theory that led to the proof that no general algorithm can determine whether arbitrary Diophantine …
Demonstration that stars are composed predominantly of hydrogen and helium.
A statistical weighting idea that became foundational to information retrieval and search ranking.
A major integrable case in the mathematical theory of rotating rigid bodies.
Discovery of an unusual liquid-crystalline polymer solution that led to the high-strength fibre Kevlar.
Graphical and mathematical methods for solving complex alternating-current power-transmission problems.
Reforms that helped establish modern professional nursing practice and hospital care.
Nucleoside-base modifications that reduced unwanted immune activation and enabled effective mRNA-based vaccines.
Determination of major biomolecular structures using X-ray crystallography.
Discovery and characterization of nerve growth factor, a protein essential to the growth and survival of certain neurons.
The theorem connecting continuous symmetries of physical systems with conservation laws.
Development of the nuclear shell model explaining nuclear structure and magic numbers.
Discovery of odorant receptors and key principles explaining how the olfactory system distinguishes smells.
Foundational methods for program analysis and compiler optimization for high-performance and parallel computing.
Mathematical trajectory, launch-window and orbital calculations supporting NASA's Mercury and Apollo missions.
Fundamental advances in the mathematical theory of partial differential equations, especially equations describing fluid flow.
The early concept that a general-purpose calculating machine could manipulate symbols according to instructions.
Pioneering research on radioactivity, including the discovery of the elements polonium and radium.
A highly sensitive technique for measuring very small concentrations of hormones and other biological substances.
Systematic development of drugs by targeting specific biochemical processes rather than relying only on trial and error.
Pioneering work on solar heating, thermal storage, desalination and solar cooking.
A network protocol that prevents bridging loops and enables reliable Ethernet networks.
Use of statistical polar-area diagrams and quantitative evidence to communicate mortality and public-health patterns.
X-ray diffraction research that advanced understanding of plant-virus structure.
Long-term stellar-orbit observations demonstrating the presence of a supermassive compact object at the Galactic Centre.
An injectable chaulmoogra-oil treatment developed for Hansen's disease.
Physical interpretation explaining how atomic nuclei can split and release large amounts of energy.
Discovery of mobile genetic elements, often called "jumping genes."
Co-development of influential methods that transformed very-large-scale integrated circuit design and its teaching.
X-ray diffraction work, including Photo 51, that provided crucial evidence for determining DNA's structure.
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Co-design of the original ARM processor architecture, which became one of the world's most widely used instruction-set architectures.
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