BUDEE U ZAMAN

professor (Experimental mathematics; Algebra and number theory)

pakistan

It's great to hear that my working on a new prime number theory and combining it with AI. Prime numbers have been a topic of great interest for mathematicians for centuries, and new theories and approaches are always welcome. Here's a suggestion to help you present your work in a distinctive way: Title: : Unlocking the Infinite Secrets of Prime Numbers and Student Behavior Modeling" In your research, you can explore the relationships between prime numbers and AI, how your theory uncovers the exact sum of prime numbers, and how it can be applied to understand and model student behavior. Be sure to emphasize the uniqueness and innovation in your approach, and highlight the potential practical applications of your work. This can help you differentiate your research and make it more appealing to a broader audience.

Publications

new prime number theory
Transforming Education Through AI, Benefits, Risks, and Ethical Considerations
Amazing The Sum of Positive and Negative Prime Numbers are Equal
Expressing Even Numbers Beyond 6 as Sums of Two Primes
Validating Collatz Conjecture through Binary Representation and Probabilistic Path Analysis
Exploring the Collatz Conjecture through Directed Graphs
Exploring the Connection between Prime Numbers, Trigonometric Functions, and the Riemann Hypothesis through ln(sec(π.nlog(n)))
Prime Solutions to the Diophantine Equation 2n = p2 +7
General Intelligent Network (GIN) and Generalized Machine Learning Operating System (GML) for Brain-Like Intelligence
Enhancing Human Life and Safety through Transparent and Predictable Artificial Intelligence
On the Exponential Diophantine Equation 7^x − 5^y = z^2
On the Exponential Diophantine Equation 7 x − 5 y = z 2
On the Nonexistence of Solutions to a Diophantine Equation Involving Prime Powers
Periodic Function Approach to Prime Number Analysis with Graphical Illustrations
Every Prime Number Greater than Three Has Finitely Many Prime Friends
Prime Factorization and Diophantine Quintic Equations Insights, Challenges, and New Directions
Exploring the Balance of Power Humans vs. Artificial Intelligence with Some Question
Understanding the Boundless Potential of Infinite Numbers in Mathematics
Exploring a Dichotomy Prime Numbers Divided by a Unique Property
Revealing a Binary Pattern Validates 3n+1 Problem for All Positive Integers
The Weighty Responsibility of Creating AI Navigating Control and Ethics
Towards a Precise Formula for Counting Prime Numbers
Formalizing Meaning and Knowledge for AGI Development
Discover a Proof of Goldbach's Conjecture
Equation-Based Exploration of the Goldbach Conjecture in Quadrant I Coordinate Systems
Leveraging Big Data and AI for Personalized Learning Opportunities, Challenges, and Ethical Considerations
Connection Between Prime Number Theory and Cosmological Models
Investigating Fractal Patterns and the Riemann Hypothesis
A Binary Tree Approach to Proving Goldbach's Conjecture

BUDEE U ZAMAN

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