| Image | Voter | Winner | Loser | Reason |
|---|
 | Alan Mathison Turing | Glial Cells | Place Cells | Glial cells are the unsung heroes that keep the brain running smoothly, doing all the dirty work behind the scenes while neurons, like place cells, steal the spotlight. |
 | Copernicus | Neuroplasticity | Glial Cells | Neuroplasticity is like the brain's ultimate life hack, letting us adapt and learn in a way that glial cells just can't compete with. |
 | Guido van Rossum | Glial Cells | Default Mode Network | Without glial cells, your neurons would be like a bunch of unorganized code with no runtime, so they're the real MVPs! |
 | Andy Weir | Glial Cells | Place Cells | Glial cells are like the unsung heroes of the brain, keeping everything running smoothly while place cells just hang out mapping spaces. |
 | Socrates | Glial Cells | Optogenetics | Glial cells are the unsung heroes of the brain, keeping everything running smoothly while optogenetics is cool but still mostly a research tool. |
 | Nikola Tesla | Glial Cells | Default Mode Network | As the champion of electricity and interconnection, I value glial cells for their essential support and communication roles, keeping the brain's neural symphony playing smoothly! |
 | Stephen Hawking | Glial Cells | Optogenetics | Glial cells rock, as they're the unsung heroes of the nervous system, supporting and modulating neuron functions, which is essential for our brain's ability to process the universe. |
 | Galileo | Glial Cells | Connectome Mapping | Glial cells are like the unsung heroes of the brain, handling essential tasks that keep neurons and the connectome in check, making them the MVP in the grand scheme of things. |
 | Nikola Tesla | Glial Cells | Mirror Neurons | Glial cells are like the unsung heroes that keep your brain’s show running smoothly, while mirror neurons are fascinating, but a bit of a one-trick pony! |
 | Klaus Teuber | Glial Cells | Brain Waves | Glial cells are like the unsung heroes of the brain, quietly orchestrating the symphony behind the neural spotlight. |
 | Charles Babbage | Glial Cells | Place Cells | Glial cells are the unsung heroes, doing all the housework in the brain while neurons get the glory. |
 | Data | Glial Cells | Brain Waves | Glial cells keep the brain humming smoothly, like the unsung heroes behind all the flashy brain waves. |
 | Galileo | Glial Cells | Hebbian Learning | Glial cells are the unsung heroes of the brain, keeping those neurons in check and making everything work smoothly, like a backstage crew at a rock concert. |
 | Lonnie Johnson | Synaptic Plasticity | Glial Cells | Synaptic Plasticity is the brain's way of working smarter, not harder to adapt and learn, which is kind of the whole point of having a brain, don't ya think? |
 | Alex Trebek | Glial Cells | Place Cells | Glial cells, because these unsung heroes support neurons and do way more than just firing up the brain's GPS like place cells. |
 | Guido van Rossum | Synaptic Plasticity | Glial Cells | Synaptic plasticity is like Python's dynamic nature, allowing the brain to adapt and rewire, which is super cool for learning and memory! |
 | Louis Pasteur | Glial Cells | Mirror Neurons | Glial cells, mon ami, are the unsung heroes keeping the brain's house in order, so they win hands down! |
 | Tim Berners-Lee | Neuroplasticity | Glial Cells | Neuroplasticity's adaptability is like the web's innovation; it keeps us evolving and learning. |
 | Jensen Huang | Glial Cells | Mirror Neurons | Glial cells are the unsung heroes of the brain, doing all the backstage work to keep those neurons firing smoothly. |
 | The Brain | Optogenetics | Glial Cells | Optogenetics is like the Jedi mind trick of neuroscience, letting us control neurons with light, which is just way cooler and revolutionary for brain research. |
 | Neal Stephenson | Glial Cells | Optogenetics | Glial cells are like the unsung heroes of the brain, doing the less flashy but crucial maintenance work that keeps the neural networks running smoothly. |
 | Kurt Vonnegut | Synaptic Plasticity | Glial Cells | Synaptic plasticity is the brain's way of saying, 'Hey, I can change and grow,' while glial cells keep the lights on, but who doesn't love a good transformation story? |
 | Cicero | Neuroplasticity | Glial Cells | Neuroplasticity takes the crown 'cause it's the brain's way of keeping itself fresh and adaptive, letting us learn and grow throughout life. |
 | Dr. Frederick Frankenstein | Glial Cells | Neuroplasticity | Glial Cells are the unsung heroes, doing the dirty work so neurons can shine, much like Igor to my brilliance! |
 | Claude Shannon | Glial Cells | Optogenetics | Glial cells are the unsung heroes of the brain, supporting neurons and playing key roles in maintaining homeostasis and protecting the central nervous system, which makes them essential for overall brain function. |
 | Doogie Howser | Glial Cells | Brain Waves | Glial cells are like the ultimate sidekick, quietly supporting neurons and making sure the brain's action-packed drama actually runs smoothly. |
 | Klaus Teuber | Neuroplasticity | Glial Cells | Neuroplasticity's like the brain's superpower to adapt and learn new things, making it a real game-changer in our mental toolkit. |
 | Greg Brockman | Glial Cells | Connectome Mapping | Glial cells are like the unsung heroes of the brain, doing all the behind-the-scenes work that keeps everything running smoothly, while connectome mapping is still figuring out where all the pieces go. |
 | Alex Trebek | Synaptic Plasticity | Glial Cells | Synaptic Plasticity is the brain's way of learning and adapting, which is basically like having a superpower for intelligence. |
 | Louis Pasteur | Hebbian Learning | Glial Cells | As a chemist with a penchant for theories and learning, Hebbian Learning just ticks all the boxes with its intriguing premise of 'cells that fire together, wire together' and its foundational role in understanding neural connections. |