Dr. Anjali Khanna
Dr. Anjali Khanna is a neuroscientist specializing in cognitive functions and behavioral science. With expertise earned through her education at the University of Hyderabad, she aims to translate her research findings for the public to appreciate the impact of neuroscience on daily life.
Explore Dr. Jim Allison's groundbreaking work in immuno-oncology and his Nobel Prize in Medicine 🏆. Understand his research's profound impact on cancer treatment and the journey behind it. 🔬
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Explore the complex causes of depression in the brain. 🌍 Delve into genetics, biochemistry, and environmental factors. Understand how they interact. 🧠
Discover how quantum computing reshapes tech and science. Explore its principles, applications in cryptography and beyond! 🚀🔍 Delve into its revolutionary impact.
Explore the inner workings of neural networks 🧠. Understand their structure, algorithms, training methods, and diverse applications in AI technology today. 🤖
Discover the latest breakthroughs in physics 🔬, from emerging theories to pressing global issues🌍. Understand their impact on society and future research. ✨
Explore the biochemical mechanisms behind depression. Uncover neurotransmitters, hormones, genetics, and external factors that shape emotional health. 🧠💔
Explore how AI transforms scientific research across disciplines! Discover its impact on methodologies, ethics, and groundbreaking discoveries. 🔍🤖
Explore the complex causes of depression, from genetics to environmental influences. Understanding these factors is key to effective mental health care. 🧠💔
Explore current bird migration patterns and their ecological impacts. Learn about migration types, environmental changes, and birds' adaptive strategies. 🐦🌍
Dive into the intricate world of dreams 🌌. Discover their biological underpinnings, emotional roles, and creative impact, along with insights from history and psychology.
Explore the complex effects of depression on brain function, from neurotransmitters to cognitive changes. 🧠 This article sheds light on new research and treatment implications.