A transistor that consists of just one atom Computer Science |
- A transistor that consists of just one atom
- What are some up and coming or hot topics a CS undergrad should look into or/and try and specialize in?
- Time-Dilation and Information Theory
- Learn to Program and Analyze Data with Python
- I want a career in CS research but I don't know if I can get into a good PhD program
- What is the current state of GUI verification?
| A transistor that consists of just one atom Posted: 20 Oct 2018 01:46 AM PDT The German university KIT created a transistor that consists of only one atom (link above). [link] [comments]  |
| Posted: 19 Oct 2018 11:29 AM PDT I'm thinking about maybe security/AI/robotics. What are some other suggestions? [link] [comments]  |
| Time-Dilation and Information Theory Posted: 19 Oct 2018 10:05 AM PDT Hi All, Following up on previous posts regarding novel applications of information theory and computer theory to physics and image recognition, I've come up with an explanation for the value of gamma (from the special theory of relativity) that is rooted in information theory. The note regarding gamma is available here: https://www.researchgate.net/project/Information-Theory-16 The full working paper on time-dilation and information theory is available here: https://www.researchgate.net/publication/323684258_A_Computational_Model_of_Time-Dilation [link] [comments]  |
| Learn to Program and Analyze Data with Python Posted: 19 Oct 2018 10:41 AM PDT |
| I want a career in CS research but I don't know if I can get into a good PhD program Posted: 19 Oct 2018 02:22 PM PDT Hi all, thanks for taking some time to read. Basically I have not been focused on courses the best I possible could've. And a large part of that is due to taking a lot of time outside of class to do research instead of doing hw and studying. I really love doing research and although I am still uncertain if staying in academia is even something I want to do, I really want to pursue a career in research. I have two publications (in high performance computing and PL theory) at good conferences (one of which I'm first author) and I'm working on my third. I would ascribe my horrible grades to the amount of time I spend in the research office, but that's not 100% true. I go to a top CS school (though I am only minoring in CS) in the US and had a pretty cool internship last summer. This summer I may potentially be in a research-y internship role. Buuuutttt..... I have a 2.7 GPA. Is a PhD a good route for me to take to become a CS researcher (ie. are there other paths)? And if it is, is there any way I could get into a good program with a 2.7 GPA? Please send help. Thanks! [link] [comments]  |
| What is the current state of GUI verification? Posted: 19 Oct 2018 04:10 AM PDT What I mean verification = proving the absence of bugs (as opposed to testing, which might not find all bugs) GUI = any graphical user interface but not web technology static analysis = analysing code without running it What I know already The status quo is to test a GUI rather than to verify it. Some state-of-the-art tools use static analysis to aid in better code coverage when generating test cases. If verification happens, it is mostly done by model checking. I know that the tools GUITAR, GUIRipper and JPF do some help in extracting an model of a GUI which helps static analysis. What I want I would be glad about pointers and papers that show how others have approached verification of GUIs, current research and open problems. Thank you for your time!:) [link] [comments]  |
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