About Me
Hey! I'm James Jackson, and I'm absolutely fascinated by how our brains work 🧠. As a neuroscientist and science journalist, I spend my days exploring the incredible mysteries of the mind and then sharing those discoveries with the world.
I studied neuroscience at the University of Arizona, where I fell in love with understanding neural networks and synaptic plasticity. When I'm not in the lab, you'll find me crafting stories that make complex science accessible and exciting. I believe that everyone deserves to understand the amazing science happening around us – especially when it comes to our own brains!
Currently, I'm writing content for Aim Brain, where I get to combine my research background with my passion for science communication. It's the perfect blend of rigorous science and engaging storytelling 📝✨
My Experience
A journey through neuroscience research and science communication
Current Research
Exploring the frontiers of neuroscience through rigorous research and innovative methodologies
Investigating the molecular mechanisms underlying long-term potentiation and its role in cognitive enhancement. This research focuses on NMDA receptor dynamics and their impact on synaptic strength modulation.
Investigating the hippocampal-cortical dialogue during memory consolidation and the role of sleep in memory formation. This research examines how episodic memories transition from temporary storage to long-term retention through synaptic reorganization.
Longitudinal studies tracking changes in neural plasticity across different age groups. This research explores interventions that may preserve cognitive flexibility in older adults and identify biomarkers of healthy brain aging.
Collaborative research examining the intersection of machine learning algorithms and human cognitive processes. This study focuses on how AI-assisted learning environments can optimize neural pathway formation and enhance memory retention through personalized feedback loops.
What I Do Best 💪
I study the fascinating world of neural networks, synaptic plasticity, and cognitive processes. My research focuses on understanding how memories form and how we can enhance learning.
I translate cutting-edge research into engaging stories that spark curiosity. From breakthrough discoveries to everyday applications, I help people fall in love with science.
From university lectures to TED talks, I love connecting with people and sharing the incredible stories hidden in scientific research. Let's geek out together!