Neuroscience shapes medicine, technology, and public policy — yet only 18% of Americans understand cognitive impairments. NeuroView exists to change that. No PhD required.
Articles
Written by students, reviewed for scientific accuracy using peer-reviewed sources. No PhD required.
BCI
A Beginner's Guide to BCIs
Imagine controlling a robotic arm, playing a video game, or sending messages — all using just your mind. BCIs are quickly making this a reality.
JSJoseph Sun
Personal
From Foster City to Shenzhen
Interning at biotech labs in both the US and China — I expected technical similarities. Science is universal, right? What surprised me were the differences.
JSJoseph Sun
Neuroimaging
Mind Reading: An fMRI Approach
Have you ever wondered what it would be like to know what someone is thinking at any moment? A new discovery in neuroengineering is getting us closer.
OPOliver Payne
AI + Neuro
Biocomputing: A Breakthrough in AGI
Imagine a computer built not just from silicon, but from living human brain cells. Biocomputing has major implications for the race toward Artificial General Intelligence.
JSJoseph Sun
Neuroscience
What is Neuroplasticity?
Your brain is not fixed. Neuroplasticity explains how experience, learning, and environment reshape neural circuits — throughout your entire life.
FSFinnegan Schoebel
Neuroscience
What Does Your Brain Experience as You Die?
Your heart stops. No more oxygen. But your brain isn't done yet — scientists have recorded brain activity up to 10 minutes after clinical death.
JSJoseph Sun
Videos
Visual explainers on neuroscience and BCI research, presented by the NeuroView team.
Free, ready-to-use lecture decks + Kahoots for neuroscience, immunology, and bioengineering. Perfect for launching or growing a science club.
Introductory
Intermediate
Advanced
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Neurons, astrocytes, oligodendrocytes, microglia, and endothelial cells — how each cell type shapes brain function, neural communication, and neurological disease.
Why implanted brain-computer interfaces fail over time — microglial encapsulation, astrocyte scarring, signal degradation, and immunomodulation strategies for longer-lasting devices.
Immunohistochemistry (IHC) and immunofluorescence (IF) — how antibodies bind specific targets, fluorescent labeling, and how these techniques reveal neurons, glial cells, and markers of inflammation.
How to read a scientific paper like a professor — breaking down each section, evaluating methods and controls, identifying statistical relevance, and assessing credibility of primary literature.
Reactive oxygen species, oxidative stress, neurodegeneration, and aging — and why antioxidant therapies are more complicated than popular science makes them sound.
Deep learning for protein structure prediction — why folding matters, how traditional methods struggled, and how AI tools like AlphaFold are accelerating drug discovery and biological research.
We're always looking for curious students who want to make neuroscience accessible. No prior experience required — just genuine interest and a willingness to learn.
Joseph Sun
Oliver Payne
