Dr. Pooja Saxena
Dr. Pooja Saxena is a renowned mathematician with a focus on number theory and its applications in computer science. With numerous articles published in peer-reviewed journals, she enjoys making intricate mathematical concepts accessible to all readers.
Explore the neurochemistry of depression. Uncover key neurotransmitters, hormones, and neuropeptides influencing mood. Learn how these brain chemicals interact. 🧠💔
Explore groundbreaking discoveries in math, physics, computer science, and life sciences. Understand their impact on science and everyday life! 🧬🔭💻
Dive into the detailed process of AI model construction, covering problem identification to deployment, algorithms used, and ethical considerations. 🤖💡
Explore the concept of small infinity ♾️, analyzing its origins in mathematics and implications in philosophy, physics, and biology. Discover how it reshapes our universe's understanding!
Explore self-awareness in the animal kingdom through the mirror test. Discover which species passed, their cognitive skills, and what it reveals! 🐒🔍
Explore the realities of living without depression. Understand the psychological, emotional, and physiological aspects of mental well-being. 🌱🧠
Dive into the realm of mathematical experiments! Discover their historical background, key principles, and how they innovate contemporary science. 📊🔬
Explore the fascinating world of triangle angles! 📐 Learn triangle classification, geometry principles, and real-world applications. Unlock angle calculations! 🔺
Explore the fundamentals of magnets and magnetic fields 🌌 in this insightful article. Understand principles, applications, and historical milestones 📚 for students and educators.
Explore the intersection of math and biology 🌱📊. Discover how models aid disease understanding, ecosystem analysis, and the future of health and environmental science!
Discover the essential digital maths libraries 📚, their resources, tools, and educational impact. Learn to navigate these invaluable platforms for enhanced research and learning! 🔍
Dive into cutting-edge black hole theories as we explore the fusion of quantum mechanics and general relativity. 🌌 Discover the universe's hidden forces! 🌠