Within 10 years, they’d broken the code for how DNA made proteins and they had begun to understand an awful lot about molecular biology. Follow-up experiments in the same paper showed that these new chimeric viruses were fully functional and could even infect cells that were rendered resistant to influenza, presumably gaining access using the RSV proteins could even get into a broader range of human cells than either virus alone could. In recent years, the rise of digital cinema … Instead, because what happens in one direction or dimension affects all the others, we have 16 coupled, interdependent equations, and as objects move and accelerate through spacetime, the stress-energy changes and so does the spatial curvature. In the 1800s and 1900s, electricity and electronics were deeply investigated. Looking ahead, the key question to ask is, “What new families of phenomena are we investigating in science now, and how will those express themselves in new technologies?”. And within the next 10 or 15 years, they knew how cells create proteins and so on. The evolution of film technology remains unpunctuated. S+B: Would you characterize innovation as a craft or a science? Technology, once a means of production, is becoming a chemistry.” (Brian Arthur). Will we be passive recipients -- dare I say victims? S+B: How can decision makers use this concept of economies and innovation? if(year<1000) year+=1900 The technology eco-system becomes alive with increasing possibility with the passage of time. Since about the 1930s on, we’ve been working on quantum phenomena, and that gave us the laser and the transistor and magnetic resonance imaging. An Evolving Twentieth-Century Profession: Technology after World War II. Nevertheless, the work by the University of Glasgow researchers has significant implications for our understanding of how other very different respiratory viruses might interact, antagonise and even promote each other's infections in the ecosystem of our nose and lungs. Evolution. If you have a solution to your theory, such as "what spacetime is like when I put a single, point mass down," you would be tempted to make a statement like, "If I put two point masses down, then I can combine the solution for mass #1 and mass #2 and get another solution: the solution for both masses combined.". Even though economists already recognized the importance of technological progress early on [], they generally captured technological … the "yx" component will be equivalent to the "xy" component. The purpose of this study is to review and investigate the evolutionary course of technological education together with engineering before and after the industrial … Found inside... New Scientist https://www.newscientist.com/article/dn17423-timelineweapons-technology Twitter, ... A cultural history of the 1960s cites the period's impact on such major corporations as Shell Oil and General Foods, and profiles the individuals who sought to apply democratic ideals to business This is the story of the sixties' revolution ... During these periods, you'll probably be infected with more than one virus at any one time in a situation called a “co-infection". Our universe, with three spatial dimensions and one time dimension, means the geometry of our universe can be mathematically treated as a four-dimensional manifold. Let me know at strangemaps@gmail.com. My concern is not in the technology itself; we cannot and should not try to slow or halt the inexorable march of progress. Credit: LIGO scientific collaboration / T. Pyle / Caltech / MIT, Sponsored by the Institute for Humane Studies. Of the 10 unique equations remaining, only six are independent, as these four relationships bring the total number of independent variables down further.