Science, Technology and Computation |
If you are a frequent Internet user, you may notice an interesting phenomenon: a mismatch between your expectations of how many people should be engaged in various issues, and the actual reality. This situation is especially common on social media. For example, I recently joined a Facebook group with about 5 million members, but when I looked at the group's activity, I saw only about 10 people asking questions and making comments.
The same was true for Reddit. Conduct a test: go to Reddit and examine discussions in communities with over 200,000 members, where more than 50 members are online. You will hardly see any comments, and the ones you do see are often generic, like "Aha!" Recently, I tested this by posting a message in the group "MeaningOfLife," which has about 4k members. I was thrilled to receive one comment, but the group seemed completely inactive otherwise.
Next, visit Reddit's main page. You'll likely notice that 100% of the most popular posts are mundane, and honestly, quite silly, such as, "My girlfriend got a terrible haircut and she's crying," which garner thousands of comments and upvotes. While I suspect many of these comments and upvotes are from bots, it still raises questions. Why does this happen? Who is steering our civilization into such a state of being? Programmable bots? But who programmed them?
This world is not what it seems? And the Universe - is not your true home? Surely, you've experienced coincidences that can't be logically explained? Do you not understand the meaning of life? A new book called "The Designed World of Information: Unveiling the Incredible Realm Beyond" [book link] is something special.
HandWiki stands as a wiki-style encyclopedia specialized in science, technology, computing, and general knowledge. With a focus on fostering scholarly discourse, it serves as a platform for crafting and refining articles, provided one possesses external citations and a registered login account. Beyond mere article creation, HandWiki offers a content management ecosystem, facilitating collaborative editing of original scholarly works, including books, manuals, monographs, and tutorials. These documents seamlessly integrate with HandWiki's extensive repository, linking to thousands of existing articles.
Recently, I've posted some instructions about how to write a book using Google Docs. I just wanted to share my experience with this approach of creating large books. Now I'm writing a new book and I had to learn quite a lot about how to do this in Google Docs.
A human brain is an amazing instrument. It combines huge data storage with massive real-time processing. According to Scientific American [1], the memory capacity of the human brain was reported to have the equivalent of 2.5 petabytes (2500 TB) of memory capacity. This number was obtained by estimating how much information can be stored by 125 trillion synapses in the cerebral cortex.
(credits to pixabay.com)
In the past, slow evaluation of mathematical functions and large memory footprint were the most significant drawbacks of Java compared to C++/C for numeric computations and scientific data analysis. However, recent enhancements in the Java Virtual Machine (JVM) enabled faster and better numerical computing due to several enhancements in evaluating trigonometric functions.
For too long, we have made what has amounted to a Faustian bargain. If you post your comments, your pictures, your videos, your essays, your reviews—your content—on Big Tech’s enormous centralized platforms, then Big Tech will give you free hosting, an audience if you compete well, and some content development tools. It seemed fair. At least, that is how they encourage you to think about this bargain.
New EncycloReader version 2.0 is available (https://encycloreader.org):
Now it allows reading articles even when Wikipedia and other encyclopedias are blocked by some country/organization, or when they are down due to some technical reasons. This functionality works for 1.5 million most popular articles in the ZWI format.
This version includes automatic language detection using elements of artificial intelligence.
Currently EncycloReader serves 33 encyclopedias with different publication policies in 12 languages. Searches can be done in 30 million articles.
S.Chekanov (for KSF)
A recent article "Talent vs. Luck: The Role of Randomness in Success and Failure" published in Advances in Complex Systems Vol. 21, No. 03n04, 1850014 (2018) (arxiv.org/abs/1802.07068) shows that, according the a new computer model of wealth creation, the most successful people are not the most talented, just the luckiest. The developed computer model accurately reproduces the wealth distribution in the real world. One of the most important conclusions of this simulation is that the wealthiest individuals are not the most talented (although they must have a certain level of talent). They are the luckiest.
New version (1.6) of https://encycloreader.org for reading encyclopedias of the EncycloSphere project is released. This is another milestone to create a resource that allows searches in about 7.5 million articles from encyclopedias with different publication policies.
Encyclone (http://encyclone.org/) is a web application for crawling, indexing and searches of online encyclopedias. Search can be performed in more than 40 encyclopedias with different publication policies. English is the primary language of the included encyclopedias.
Software developers need to be knowledgeable, creative and innovative in order to succeed in the field, while data scientists use software technology to have insights into large amounts of data they collect. Here is a recent article that can be useful for those who are looking for encyclopedic references to be used in the tech sector (including software development). The article is called HandWiki – an encyclopedia for technicians posted to JobSearchUniverse.com (Career advice) (published on May 24, 2021).
JavaView (http://www.javaview.de/) is a 3D geometry viewer and a mathematical visualization software known since 90x. The program is written in Java, and enables a smooth integration into commercial software like Mathematica and Maple. JavaView can be used for 3D scientific visualization, geometric modeling, variational optimization, vector fields etc.
Love Java? Here is the most popular Java programs: