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 the theory and applications of transformers in electrical engineering. Understand their principles, historical context, and future advancements. ⚡🔍
Explore the fascinating world of symmetries across mathematics, physics, and biology. Discover their classification, applications, and real-world impact. 🔍✨
Explore the intriguing world of particle entanglement in quantum physics. Discover its role in computing and reality’s nature. 🌀🧑🔬 #QuantumPhysics
Explore the innovative Goodenough battery and its chemistry! ⚡ Discover its potential impact on energy storage, environment, and commercialization challenges. 🔋
Explore how AI transforms scientific research across disciplines! Discover its impact on methodologies, ethics, and groundbreaking discoveries. 🔍🤖
Explore the biochemical mechanisms behind depression. Uncover neurotransmitters, hormones, genetics, and external factors that shape emotional health. 🧠💔
Explore plate tectonics in depth! 🌍 This article uncovers the mechanisms, theories, and real-world impacts of tectonic activity on our planet. 🔍
Explore the multifaceted nature of depression in this article. Discover psychological, biological, and social factors influencing mental health. 🧠💔
Explore the complex causes of depression in the brain. 🌍 Delve into genetics, biochemistry, and environmental factors. Understand how they interact. 🧠
Explore the complex effects of depression on brain function, from neurotransmitters to cognitive changes. 🧠 This article sheds light on new research and treatment implications.
Explore the complex relationship between mathematics and time 🕰️. Discover models, historical insights, and real-world applications in this engaging article.
Explore the complex interplay between mathematics and cryptography 🔍. Understand encryption techniques, historical advancements, and the future of secure communication in our digital age 🔐.