lore_nick (@lore_nick) 's Twitter Profile
lore_nick

@lore_nick

Comms Director @StanfordBrain. Formerly @UCSF public affairs, @UCSC_scicom Icono-classer, Stanford Neuro PhD. Truth-seeker. Story-teller. Tweets my own.

ID: 15285364

linkhttp://nicholasweiler.com calendar_today01-07-2008 05:28:54

1,1K Tweet

475 Followers

896 Following

Wu Tsai Neurosciences Institute (@stanfordbrain) 's Twitter Profile Photo

Exciting news! Our Podcast, From Our Neurons to Yours, won a bronze Signal Award in the science category! Thank you to Signal Awards, our incredible host lore_nick, and podcast producer Michael Osborne for making this possible. Check out the podcast: neuroscience.stanford.edu/news/podcast

Exciting news! Our Podcast, From Our Neurons to Yours, won a bronze Signal Award in the science category! Thank you to <a href="/signalawards/">Signal Awards</a>, our incredible host <a href="/lore_nick/">lore_nick</a>, and podcast producer <a href="/osbornemc/">Michael Osborne</a> for making this possible. 

Check out the podcast: neuroscience.stanford.edu/news/podcast
lore_nick (@lore_nick) 's Twitter Profile Photo

I'm still dwelling on the deep insights from this conversation — not only how placebo affects the brain's opioid system, but what it means for clinical trials, psychotherapy, and the power of hope in medicine. Thanks Boris D Heifets and Theresa Lii for blowing my mind!

lore_nick (@lore_nick) 's Twitter Profile Photo

Sapolsky's work was deeply influential to me as a whippersnapper first falling for the brain, and this conversation was a delight! Only Sapolsky could start by denying the possibility of free will and conclude with a message of gratitude and grace. Enjoy and share your thoughts!

Wu Tsai Neurosciences Institute (@stanfordbrain) 's Twitter Profile Photo

How does neuroscience influence AI, and how can AI help us understand the brain? At our Annual Symposium, experts explored how natural and artificial intelligence co-evolve—and why universities are critical to this progress. Read more: neuroscience.stanford.edu/news/co-evolut…

How does neuroscience influence AI, and how can AI help us understand the brain? At our Annual Symposium, experts explored how natural and artificial intelligence co-evolve—and why universities are critical to this progress. 

Read more: neuroscience.stanford.edu/news/co-evolut…
Wu Tsai Neurosciences Institute (@stanfordbrain) 's Twitter Profile Photo

What's next for non-invasive brain stimulation? While some methods—like TMS, EEG, and ultrasound—are already in clinical use, Wu Tsai Neuro researchers are finding new ways to study and treat the brain without implants or drilling through the skull. neuroscience.stanford.edu/news/breaking-…

What's next for non-invasive brain stimulation? While some methods—like TMS, EEG, and ultrasound—are already in clinical use, Wu Tsai Neuro researchers are finding new ways to study and treat the brain without implants or drilling through the skull. 

neuroscience.stanford.edu/news/breaking-…
lore_nick (@lore_nick) 's Twitter Profile Photo

Check out Laurel Hamers' (formerly @arboreal_laurel) story for us on the frontiers of non-invasive brain stimulation. So much new tech allowing researchers to understand and treat human brain circuits!

lore_nick (@lore_nick) 's Twitter Profile Photo

And we're back! So glad to bring you this conversation on the science of sleep and brain health with the wonderful Erin Gibson . Stay tuned for much more on myelin, coming soon on From Our Neurons to Yours!

lore_nick (@lore_nick) 's Twitter Profile Photo

Our latest conversation on From Our Neurons to Yours takes us deep into the brain using the power of ultrasound. Thanks to Kim Butts Pauly and Raag Airan for the fascinating conversation! Let us know your thoughts on the episode...

Wu Tsai Neurosciences Institute (@stanfordbrain) 's Twitter Profile Photo

NeuroTech trainee and NeURO-CC mentor Favour Nerrise Favour Nerrise ‎فيبر 🇨🇲 will present research using at–home tech and AI to spot brain disease at Stanford's inaugural 3-Minute Thesis competition on April 17. Vote for her in the "People's Choice" category! neuroscience.stanford.edu/news/qa-favour…

NeuroTech trainee and NeURO-CC mentor Favour Nerrise <a href="/fnerrise/">Favour Nerrise ‎فيبر 🇨🇲</a> will present research using at–home tech and AI to spot brain disease at Stanford's inaugural 3-Minute Thesis competition on April 17. Vote for her in the "People's Choice" category!

neuroscience.stanford.edu/news/qa-favour…
Wu Tsai Neurosciences Institute (@stanfordbrain) 's Twitter Profile Photo

Tomorrow, we have Laura Gwilliams Laura Gwilliams on From Our Neurons to Yours! She is an assistant professor of psychology and a faculty scholar at Wu Tsai Neuro and Stanford Data Science. Her research focuses on understanding how the human brain processes speech and language.

lore_nick (@lore_nick) 's Twitter Profile Photo

It's always a pleasure to talk language and the brain with Laura Gwilliams! This week we had a chance to talk about how LLMs can be thought of as the first non-human system that's actually able to communicate with language — and what that means for neuroscience and linguistics.

lore_nick (@lore_nick) 's Twitter Profile Photo

It was a pleasure speaking with Daniel Yamins about the future of AI models of the human brain. Talk about frontiers of neuroscience! It's hard imagine what neuroscience research is going to look like when this becomes a reality. I hope you enjoy the conversation!

Stanford Knight Initiative for Brain Resilience (@brainresilience) 's Twitter Profile Photo

A newly discovered biomarker in spinal fluid—the YWHAG:NPTX2 ratio—may indicate who will develop dementia and how quickly it will progress, according to a Nature Medicine study led by Hamilton Oh and senior author Tony Wyss-Coray. brainresilience.stanford.edu/news/new-prote…

A newly discovered biomarker in spinal fluid—the YWHAG:NPTX2 ratio—may indicate who will develop dementia and how quickly it will progress, according to a <a href="/NatureMedicine/">Nature Medicine</a> study led by <a href="/hammy_oh/">Hamilton Oh</a> and senior author <a href="/wysscoray/">Tony Wyss-Coray</a>. 

brainresilience.stanford.edu/news/new-prote…
lore_nick (@lore_nick) 's Twitter Profile Photo

Loss of mental function as we age is not fate. In fact, you probably know someone who lived into old age with their faculties intact. If they can, why not all of us? On this week's show, Anthony Wagner, Mormino Lab and I set out to answer this question. Enjoy!

lore_nick (@lore_nick) 's Twitter Profile Photo

This was such a refreshing perspective — asking not just why invasive surgery elevates risk for cognitive decline, but what we can learn from the resilience of patients who heal quickly and successfully? Check out the accompanying feature for more details: brainresilience.stanford.edu/news/under-lig…

Stanford Knight Initiative for Brain Resilience (@brainresilience) 's Twitter Profile Photo

Why do some older adults remember better than others, even when equally healthy? A new Knight-supported study led by Jintao Sheng & Anthony Wagner shows 2 distinct pathways that shape memory in aging: 🧠Early Alzheimer’s tau 🧠Moment-to-moment attention brainresilience.stanford.edu/news/two-roads…

Why do some older adults remember better than others, even when equally healthy? A new Knight-supported study led by <a href="/jintao_sheng/">Jintao Sheng</a> &amp; Anthony Wagner shows 2 distinct pathways that shape memory in aging:
🧠Early Alzheimer’s tau
🧠Moment-to-moment attention

brainresilience.stanford.edu/news/two-roads…
Wu Tsai Neurosciences Institute (@stanfordbrain) 's Twitter Profile Photo

How has stroke research evolved, and where is it headed? In today's podcast, physician-scientist Marion Buckwalter shares how decades of scientific discovery have shaped what we know about stroke and why continued research is key to future progress. 🔗neuroscience.stanford.edu/news/how-basic…

How has stroke research evolved, and where is it headed?

In today's podcast, physician-scientist Marion Buckwalter shares how decades of scientific discovery have shaped what we know about stroke and why continued research is key to future progress.

🔗neuroscience.stanford.edu/news/how-basic…