Human Reproducibility When Walter Benjamin wrote "Artwork of the era of mechanical reproduction" in 1969, I was convinced that he did not think that it was consistent with today's clonal ethics debate . In the short film, she copies five piglets from sheep Dolly and Virginia and explains whether this should be allowed, and if so, what restrictions you set up. Since it is illegal to make pig clones for organs, how can you see the eyes of people who took away their families?
In principle, artwork is always reproducible. Artificial artifacts can always be imitated by men. Replication is practiced by students in their work, by the master who spreads their work, and finally by a third party pursuing profit. However, mechanical reproduction of art represents a new thing. Historically, it jumped intermittently at longer intervals, but it accelerated. Greeks only know the two procedures for technically copying art: creation and stamping. Bronze, land and coins are the only artworks that they can produce in large quantities. All others are unique and can not be reproduced mechanically. Woodblock print graphic art became mechanically reproducable for the first time, so long before the script was reproduced by printing. The big change brought about by the mechanical reproduction of printing and writing is a familiar story.
Science is at stake. Crisis of "Reproducibility" A major achievement in posting a large-scale article in a large journal can not be reproduced by others. The result is considered a "fact" and the result proves to be an illusion. The efforts of a large team trying to reproduce a large number of psychology and anticancer drug research failed to reproduce most of the initial results. These failures caused a lot of respiration in the scientific community: "Is it also us? Can we reproduce our results?"
Can I copy the results of scientific experiments? The definition of Wikipedia's reproducibility is more comprehensive and points out that reproducibility is one of the main principles of scientific methods. Experiments were done by original scientists or researchers (we are called Mappers by Dsensor) or other experimenters. Dsensor brings peer experimenter's complete peer network. The question is how to trust and believe that the scientific calculations are duplicated and the results verified.
Peng (2011) introduced the concept of reproducibility spectrum. He repeatedly said that "it is the minimum standard for judging scientific claims in cases where it is impossible to reproduce the research independently." Here, we find obvious differences in terms - this continues to plague this field - complete replication of the research gathers new data, uses different methods (and codes), and uses the same or equivalent Including deriving results of. (It was different before) I cited Sloan Digital Sky Survey as an example of a project that needs powerful resources to replicate completely. Therefore, suggesting reproducibility is less standard and easy to implement. In other domains, there are situations where full replication is not realistic or very expensive. Peng said that reproducibility "can not be completely duplicated because it analyzed the same data again."