Sentence examples for important scientific contribution from inspiring English sources

Eight years later, Shannon published another landmark paper, A Mathematical Theory of Communication, generally taken as his most important scientific contribution.

An estimate of the mission performance over ice surfaces is made at various spatial scales, and it is concluded that even the relatively short, three-year duration of the CryoSat mission will allow it to make an important scientific contribution, particularly when combined with results from earlier satellite missions.

Mach's first important scientific contribution was over the recently discovered 'Doppler theory'.

In a scientific ghost story, a U.S. atom smasher has made an important scientific contribution 3.5 years after it shut down.

He has an important scientific contribution (with more than 120 articles, books and software) in the fields of Packaging Technology, Polymer Chemistry, Shelf Life Prediction and Food Microbiology (Italian Oxoid Award, 2001).

Her NASA-funded research satisfies her itch for discovery, but her most important scientific contribution, she says, is helping researchers from other fields geoscience, engineering, physics, and limnology (among others)—obtain the data they need.

Collaboration with industry can lead to important scientific contributions, but we should not let drug companies buy the hearts and minds of researchers.

Stirton's important scientific contributions are the careful descriptions and systematic analyses of fossil material, including precise determination of its geological occurrence; use of faunal assemblages for stratigraphic correlation; and studies of evolutionary changes in morphology of various mammalian lineages.

Although there are important scientific contributions being made around the globe, the most dramatic new developments are taking place among nations in the Asia-Pacific.

It contains 20 papers that showcase the important scientific contributions of this remarkable man, describes the history of the field of parameterized complexity, and also reflects on other parts of Mike Fellows's unique and broad range of interests, including his work on the popularization of discrete mathematics for young children.

Unless science offers talented people rewarding intellectual work, appealing career paths, and compensation commensurate with their skills and the time and effort invested in their training, many individuals who are capable of making important scientific contributions will seek careers outside of science, he concluded.