It's not an exaggeration to say that the internet is one of - if NOT THE - most incredible pieces of technology in our lifetime. You can connect with people across the world; take a college level course without leaving your living room; or you can watch 12 straight hours of subway surfers while your favourite show runs aimlessly in the background.
It's almost never a productive experience. But, hey, we've all been there. And we've all enjoyed it.
Brain rot is designed to keep you scrolling and ensure you don't break your attention for a microsecond.
But does that make them bad?
What if we could harness the attention-keeping power of brain rot to help people learn complex concepts?
In today's video, we put brain rot to the test. I'm here to find out if we can use brain rot to help people learn complex scientific research.
So here's the plan:
1. I'm going to explain my own paper section-by-section;
2. Upload it to a site that turns it into brain rot, and;
3. See if it's accurate.
Maybe if we can train AI and brain rot to analyze complex and NEW research, it will help people learn more! Use their powers for good, not evil.
For the first episode in this series, we'll be breaking down my first first-author paper, called "Disulfide-Cross-Linked Nanogel-Based Nanoassemblies for Chemotherapeutic Drug Delivery". I really just want to know: can brain rot explain my PhD research?
Chapters:
01:20 The Rules: what will this brain rot "experiment" look like?
02:48 The Human: what is anti-cancer drug delivery?
05:05 The Human: what are nanoassemblies? How do they help anti-cancer medicines get to cancer?
10:50 The Brain Rot: can GTA 5 brain rot explain my PhD research?
15:27 The Brain Rot: can Minecraft brain rot explain my PhD research?
18:41 The Verdict
Full text link to "Disulfide-Cross-Linked Nanogel-Based Nanoassemblies for Chemotherapeutic Drug Delivery": https://pubs.acs.org/doi/10.1021/acsami.3c02575
#science #nanotechnology #cancer #brainrot #cancerresearch #academia #research #engineering #technology