Timsky
Joined 1 year ago
Joined 1 year ago
Literally, my case. I recently had to compile an abandoned six-year-old scientific package written in C with Python bindings. I wasn’t aware that modern versions of pip handle builds differently than they did six years ago — specifically, that it now compiles wheels within an isolated environment. I was surprised to see a message indicating that %package_name% was not installed, yet I was still able to import it. By the second day, I eventually discovered the --no-build-isolation option of pip.
Here is the list of what the system proposed to take a look at: 1. Vascular at‐risk genotypes and disease severity in Lebanese sickle cell disease patients 2. Narrow band filter for solar spectropolarimetry based on Volume Holographic Gratings 3. Communication from Space: Radio and Optical by S. Weinreb 4. An Adaptive and High Coding Rate Soft Error Correction Method in Network-on-Chips 5. Plasma hemostasis in patients with coronavirus infection caus...
I would expect more papers like 3rd as the topic is communication systems. Unfortunately, inside the ref.3 there is noting said about distortions.
Maybe it is indeed a linguistical curse of this topic...
Currently, I am applying RDF/OWL to describe some factual information and contradictions in the scientific literature. On an amateur level. Thus I do it mostly manually. The GPT-discourse somehow brings up not only the human-related perception problems, such as cognitive biases, but also truly philosophical questions of epistemology that should be resolved beforehand. LLM developers cannot solve this because it is not under their control. They can only choose what to learn from. For instance, when we consider a scientific text, it is not an absolute truth but rather a carefully verified and reviewed opinion that is based on the previous authorized opinions and subject to change in the future. So the same author may have various opinions over time. More recent opinions are not necessarily more "truthful" ones. Now imagine a corresponding RDF triple (subject-predicate-object tuple) that describes that. Pretty heavy thing, and no NLTK can decide for us what the truth is and what is not.
No, it does not. It only produces a highly convincing counterfeit. I am honestly happy for people who are satisfied with its output: life is way easier for them than for me. Obviously, the machine discriminates me personally. When I spend hours in the library looking for some engineering-related math made in the 70s-80s, as a last resort measure, I can try to play this gambling with chat, hoping for any tiny clue to answer my question. And then for the following hours, I am trying to understand what is wrong with the chat output. Most often, I experience the "it simply can't be" feeling, and I know I am not the only one having it.
Starting with the AI itself: LLMs sold as AI are the greatest mislead. Text generation using Markov chains is not particularly intelligent, even when it is looped back through itself a thousand times and appears alike an intelligent conversation. What is actually being sold is an enormous matrix trained on terabytes of human-written, high-quality texts, obviously in violation of all imaginable copyright laws.
Here is a gedanken experiment to test if an AI has any intelligence: until the machine starts to determine and resolve contradictions in its own outputs w/o human help, one can sleep tight. Human language is a fuzzy thing that is not quite suitable for a non-contradictory description of the world. Building such a machine would require resolving all the contradictions humanity has ever faced in a unified way. Before it happens, humanity will be drowned in low-quality generated LLM output.
There is also a tendency to overlook the fact that pursuing a PhD is a form of professional work, comparable in commitment and responsibility to other careers. Sometimes 699, sometimes 700. Academia can indeed be a challenging environment, and not everyone contributes in the same way—some may prioritize credentials over substance, and cases of research misconduct do exist. However, these examples definitely do not represent the academic community as a whole.
Regarding the venture-capital approach, in applied sciences, researchers are increasingly expected to present their ideas in short, pitch-style formats. At some point, this process itself becomes the goal of the work. I can imagine this encouraging concise communication. Still, it also shifts part of the management responsibilities—such as market analysis and outreach—onto scientists, which does not align with their core expertise or professional goals.