Dr. Amit Khanna
Dr. Amit Khanna is an applied physicist whose work in nanotechnology has led to significant advancements in materials science. He has numerous publications and has worked extensively on energy-related applications of nanomaterials.
Discover Morley College's rich history, diverse academic programs, and its vital role in adult education. Uncover how it shapes local and national learning. 🎓📚
Explore multi-level arthritis in this comprehensive overview. Learn about its causes, symptoms, treatment options, and the importance of interdisciplinary care. 🦴🤕
Explore the evolving realm of analytical chemistry! 📊 Delve into techniques, real-world applications, and case studies that highlight its significance in research and industry. 🔬
Discover the implications of a positive breast biopsy result. Understand diagnosis, treatment options, and the importance of follow-up care in this essential guide. 🩺💖
Explore the complexities of optic nerve damage, from causes to treatments. Learn about psychological impacts and the importance of research in regeneration. 🧠👁️
Discover how vortex shedding flow meters work, their sensor technology, and uses across industries. Explore advantages, disadvantages, and performance insights. 📈🌊
Explore the importance of the Moderna second dose in shaping immunity against COVID-19. Learn about efficacy, safety, and public health implications. 💉🔍
Explore prostate fatigue: its causes, symptoms, and effects on men’s health. Understand its implications for well-being and treatment options. 🧠💪
Explore the essential aspects of clinical diagnosis, including methods and challenges in healthcare. Learn about patient history, errors, and technology. 🩺📊
Unlock the secrets of secretor status! 🧬 This guide covers collection kits, methodologies, and implications for health, genetics, and nutrition. 🔬
Explore the intricate evolution of Exercise-Induced Oxidative Stress (EOE) research. 🏋️♂️ Uncover its impact on health, performance, and antioxidant strategies!
Explore Darpin, innovative engineered binding proteins. Learn their structure, mechanisms, therapeutic uses, and future implications for molecular biology.🔬💡