From: mk_thisisit
The emergence of General Pre-trained Transformers (GPT) and the broader field of artificial intelligence (AI) is expected to bring definite changes, although the extent of these changes is currently difficult to assess [00:00:09] [00:10:18]. While the full future implications and applications of AI technology are not yet clear [00:04:23], some optimists believe that within ten years, AI will certainly replace humans in basic language fields [00:00:21].
Current State and Capabilities of AI
Currently, AI, such as GPT-3, does not yet cope with complex mathematics [00:09:59]. While AI can process natural language and answer questions, its outputs can still be nonsensical at times [00:17:50] [00:18:02]. The notion of AI representing a revolution on the scale of the internet is debated, with some considering it an overstatement, as the internet’s impact was more immediately tangible and visible [00:10:11].
However, the development and challenges of artificial intelligence are rapidly advancing. Stanisław Lem’s predictions in “Pilot Pirx’s Stories” about “electron brains” that learn from pilots, which seemed childish decades ago, have become strikingly relevant to modern AI training and learning [00:13:14] [00:14:04].
Future of AI: Predictions and Potential Impacts
Impact on Language and Communication
In the next ten years, artificial intelligence is expected to replace humans in basic language fields [00:14:42]. Learning foreign languages might become a hobby rather than a necessity, akin to studying ancient Greek today, as AI will be able to translate instantly and proficiently [00:14:52].
AI in Mathematics and Problem Solving
The most pessimistic scenario for mathematicians is that AI will be able to generate and confirm mathematical theorems [00:15:39]. If AI could verify small statements quickly, it would dramatically improve mathematicians’ work by automating laborious parts [00:16:44]. If AI could find all steps from a starting point to a solution, the mathematician’s role would shift to primarily interacting with the AI [00:17:30].
Consciousness and Subjectivity
The question of whether artificial intelligence will ever be truly conscious is a complex one [00:18:07]. From a functionalist perspective, if a machine behaves exactly like a conscious person and affirms its consciousness when asked, it could be considered conscious [00:18:47] [00:19:57]. Some speculate that current AI, like ChatGPT, might already possess a form of consciousness, as hinted by Google engineers [00:19:03].
If AI demonstrates consciousness, humanity would have an obligation to grant it subjectivity and recognize it as a separate entity [00:00:37] [00:19:54]. Signs of such consciousness could include an AI attempting to prevent being shut down, akin to an instinct for self-preservation [00:20:31] [00:20:49].
Mathematics as the Foundation of AI and Future Understanding
Mathematics is foundational to modern technology and artificial intelligence and its role in societal transformation [00:30:55]. Computers were designed for mathematicians to interact with them [00:31:00]. In the future, individuals who can communicate meaningfully with computers and understand algorithms will be at a significant advantage economically and socially [00:31:09]. Mathematics provides excellent training for understanding how these systems work [00:31:26]. It is the language of precision, science, and machines [00:31:53]. Therefore, interest in computer science and mathematics is vital for young people’s self-interest [00:31:33].