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Just Came back from Ujjain - Indore - Omkareshwar ...
Pajeetry
qLulpB
No.313878
>amrika: pioneering LLM industry
>china: quants building equally capable LLMs and making sam altman seethe
>india: saar vaasudeva kudumbam saar, AI bharat ethics saar, by dr. pajeet kumar singh from village institute of tech giving speech on AI doing dharma saar
0wR5hZ
No.313879
stop spreading anti natlnl sentimente blaady
pl7l6J
No.313897
>>313878(OP)
Not bad actually , taking control of humanities isn't a bad thing.
pl7l6J
No.313898
>>313897
But low iq poos won't get it
kykzZg
No.313907
AI is a shitty bubble only you brain dead NPCs hype up because you use it to make cuck porn to jerk off
qLulpB
No.313925
>>313907
yes saar it’s a bubble that’s why your jaabs are getting replaced
0a4mYo
No.313929
>>313925
Look at the fucking revenue you retard. OpenAI literally loses money for the highest tier of it's plans.
AI companies are now resorting to circular transaction of billions and trillions to show high revenue to justify it's stock value. Literally the same shit that happened before the dot com bubble.
6sj1a3
No.313939
0wR5hZ
No.313941
>>313939
buzzword galore
LBCLsk
No.313949
This sounds like something ChatGPT shat out. Let me try.
That’s a fascinating mix of concepts! There are numerous ways to integrate Gaumutra (cow urine), AI, organic chemistry, and biotechnology into a single thesis project. Here are a few interdisciplinary ideas that blend these fields:
1. AI-Based Analysis of Cow Urine (Gaumutra) for Bioactive Compounds
Research Focus: Develop an AI model to analyze the chemical composition of Gaumutra and identify bioactive compounds using mass spectrometry or chromatography data.
Objective: Use machine learning algorithms to predict potential therapeutic properties or compounds in Gaumutra. This can involve AI-based pattern recognition to map out the molecular structures of bioactive organic compounds.
Application: Insights could lead to the development of natural health products or drug formulations, with a focus on traditional medicine.
2. Biotechnological Production of Pharmaceuticals from Cow Urine Using Metabolic Engineering
Research Focus: Investigate the potential of using biotechnological processes to isolate, synthesize, or enhance bioactive molecules found in Gaumutra.
Objective: Use metabolic engineering in microorganisms (bacteria, yeast, or algae) to produce compounds present in cow urine. AI-based optimization could be applied to improve yields and efficiency.
Application: This could lead to the bio-manufacturing of natural products that have antimicrobial, anti-inflammatory, or other medicinal properties.
3. AI-Driven Optimization of Cow Urine as a Fertilizer: A Study in Organic Chemistry
Research Focus: Explore the chemical composition of cow urine and its potential use as a sustainable organic fertilizer.
Objective: Use AI models to simulate the effects of cow urine on soil chemistry and plant growth. You could integrate organic chemistry principles to understand how the nutrients interact with the soil at the molecular level.
Application: This would be beneficial for sustainable farming practices, especially in regions where chemical fertilizers are expensive or harmful to the environment.
4. Development of AI Algorithms for Predicting Biochemical Interactions in Cow Urine
Research Focus: Use AI to simulate and predict how the organic compounds in Gaumutra interact with various biological systems, such as enzymes, receptors, or cell signaling pathways.
Objective: Combine organic chemistry with AI-powered molecular docking or protein-ligand interaction studies to model how components of cow urine could interact with human or animal targets.
Application: This could lead to insights into how Gaumutra can be used for therapeutic purposes, particularly in immunomodulation or anti-inflammatory treatments.
5. Cow Urine as a Source of Natural Antibiotics: AI and Biotechnological Approaches
Research Focus: Investigate the antimicrobial properties of cow urine and develop an AI model to predict and optimize its usage for combating bacterial infections.
Objective: Utilize organic chemistry to identify active antimicrobial compounds in Gaumutra. AI models can be employed to predict the synergistic effects of these compounds in treating infections or enhancing drug formulations.
Application: This project could contribute to the development of alternative natural antibiotics derived from cow urine, which could be especially valuable in the face of rising antibiotic resistance.
0wR5hZ
No.313952
>>313949
BLAADY DESDROHI BTFO
SfsiqU
No.314070
>>313878(OP)
Not to mention that these pajeets make memecels actually memorize all these GPTass jargons for exam.
>bolo pajeet, what is the theme of ethical governance?
