www.newgrounds.com
The Concept of Time
Dramatic Orchestral Music, composed for the NGUAC
(((EEG|neural|neuronal|mu|theta|delta|gamma|beta|alpha|aperiodic)(\s|.)(oscillations?|rhythms?|coherence|frequency|bursts|manifold|power))|theta sweeps|brain rhythms?)
Feed on BlueskyFeeds Stats
- 💙 Liked by 15 users
- 📅 Updated 1 day ago
- ⚙️ Provider skyfeed.me
brain rhythms Likes over time
Like count prediction
The feed brain rhythms gains approximately 4 likes per month.
Feed Preview for brain rhythms
If nothing else, recording the episode about it for @maximumpowerpodcast.com was one of my favourite podcast recordings ever.
1
0
2
Check these sound waves from 5 years back! "The Concept of Time" by KevinMueller, featured in 2020 – cinematic pulses and epic orchestration on full blast 🎧 #Newgrounds #AudioFlashback5 Time to vibe with these neural rhythms!
1
0
0
@ronaldbborgquist.bsky.social
about 4 hours agoMeditation induces shifts in neural oscillations, brain complexity, and critical dynamics: novel insights from MEG url: academic.oup.com/nc/artic….
academic.oup.com
Meditation induces shifts in neural oscillations, brain complexity, and critical dynamics: novel insights from MEG
Abstract. While the beneficial impacts of meditation are increasingly acknowledged, its underlying neural mechanisms remain poorly understood. We examined
0
0
0
@zhangyuey2356.bsky.social
about 20 hours agoFascinating work. The idea that theta sweeps can be dynamically biased by attentional control adds a really compelling layer to how we think about hippocampal navigation.
0
0
0
Cerebellar-cortical beta oscillations emerge as a predictive signal facilitating the stability of behavioral performance
doi.org/10.1016/j.cu...
#neuroscience
doi.org
Redirecting
0
3
15
Deep brain stimulation alleviates Parkinson’s motor symptoms by targeting a specific brain network active in the fast beta frequency range, offering new insights for optimizing treatment.
medicalxpress.com
Brain network identified for effective treatment of Parkinson's disease
Deep brain stimulation (DBS) improves motor symptoms of Parkinson's disease by modulating a specific brain network that is mainly active in the fast beta frequency range (20 to 35 Hz).
0
0
2
Beta oscillations support somatosensory temporal integration for body ownership www.biorxiv.org/content/1…
0
0
1
If oscillations are modulated in amplitude from trial to trial, and those oscillations have a non-zero mean, they "create" an evoked response. It is a baseline-shift mechanism for ERP/ERF generation. Here is a simulated example of how alpha oscillations may generate readiness potential.
#brainmovies
0
1
2
🧠 Deep brain stimulation for Parkinson’s disease achieves its best results when a precisely defined brain network operating in the high beta frequency range is targeted. This was shown by a team @andreashorn.org @bahnebahners.bsky.social in both space and time for the first time.👇
uni.koeln/5LYV7
0
5
10
interesting oscillation peak frequency shifts under LSD compared to placebo, with power vs. frequency dissociation: regions that attenuated a lot in power, shifted relatively little in frequency & vice versa.
1/f-fits appear worse for LSD condition, implications of this would be interesting. 🤔
Karim Jerbi@karimjerbi.bsky.social
✨ Key result #1: LSD speeds up brain rhythms Across the cortex, intrinsic alpha & beta #oscillations shift to faster frequencies. 👉 What often looks like reduced spectral power is largely explained by shifts in peak frequency, not just a loss of rhythmic structure.
0
0
5
New Journal Club: Neural manifolds are maturing from visualization trick to biological claim. But if population activity lives on low-dimensional manifolds, what constrains the geometry?
open.substack.com
Manifolds, Dendrites, and the Geometry of Neural Computation
The population doctrine—the view that populations, not individual neurons, constitute the fundamental unit of computation—has been gaining ground for years.
0
7
39
✨ Key result #1:
LSD speeds up brain rhythms
Across the cortex, intrinsic alpha & beta #oscillations shift to faster frequencies.
👉 What often looks like reduced spectral power is largely explained by shifts in peak frequency, not just a loss of rhythmic structure.
1
0
2
🚨 Preprint alert!
🧠 What happens to the brain under LSD?
Using #MEG & Machine Learning, our latest study led by PhD candidate @venkateshness.bsky.social reveals that LSD speeds up neural oscillations and boosts brain fractality.
📄 👉 shorturl.at/suhPU
Some highlights below 🧵1/n
1
1
4