@kir0ul @science_is_hard I like this paper for showing differences between freely-moving and head-fixed. Shows that head-fixed is lacking https://t.co/TNKtE26cKt not sure of anything showing activity in head-fixed that's not in freely-moving though! would
RT @Neuro_Physics: @ElDuvelle We did back-back RW-VR comparisons: Early review https://t.co/QTVYK7raUw Similar CA1 directionality in 2D RW-…
@ElDuvelle We did back-back RW-VR comparisons: Early review https://t.co/QTVYK7raUw Similar CA1 directionality in 2D RW-VR https://t.co/ICLSpZ7fgM Temporal code intact in 2DVR, lost spatial selectivity https://t.co/8wgkcaQISv Distance code in VR, place in
RT @ugschneck: Saw an interesting talk today by a biophysics grad student at @UCLA on studying how the brain understands spatial cues. The…
Saw an interesting talk today by a biophysics grad student at @UCLA on studying how the brain understands spatial cues. The highlight of which is that someone, somewhere, made tiny #VR goggles for rats and made them run around virtual mazes. https://t.co/
Are our brains unable to understand virtual reality? https://t.co/NFgw1x8rDl
Impaired spatial selectivity and intact phase precession in two-dimensional virtual reality. - PubMed - NCBI https://t.co/9Bq4Aj5xo5
Key to making virtualreality better: understanding how spatial perception works. #VirtualReality Via @NatureNeuro https://t.co/SKdA1Wdb1c
RT @neuroclef: 2D VR is no good for rat hippocampal physiology http://t.co/NfF1vFU1rL
Impaired spatial selectivity and intact phase precession in two-dimensional virtual reality – http://t.co/KfyE6KY47L
The neural bases of uninstructed negative emotion modulation https://t.co/PsvLYkokdx
The neural bases of uninstructed negative emotion modulation https://t.co/PsvLYkokdx
The neural bases of uninstructed negative emotion modulation https://t.co/PsvLYkokdx
This paper explains why real world movement enhances visual spatial processing... http://t.co/bimV93Bl4j
場所細胞は仮想現実ではあまり出ないらしい。http://t.co/pGWZWuY3XE
#Neuroscienze Reale vs Virtuale: uno studio su Nature dimostra le diverse reazioni del cervello in questi 2 ambienti http://t.co/1RV5KXWVMs
Impaired spatial selectivity and intact phase precession in two-dimensional virtual reality http://t.co/o353wuVQYU
How does the brain react to virtual reality? A new study offers some insights http://t.co/r67aYIHLG8
How does the brain react to virtual reality? A new study offers some insights http://t.co/r67aYIHLG8
How does the brain react to virtual reality? A new study offers some insights http://t.co/r67aYIHLG8
space-mapping neurons in the brain react differently to virtual reality http://t.co/Tg0BqDtC2T
New Nature Neuro paper: Impaired spatial selectivity and intact phase precession in two-dimensional virtual reality http://t.co/im8lOGGQgF
BRAIN reaction to VIRTUAL REALITY.... http://t.co/mOxT6wDNFC
Impaired spatial selectivity and intact phase precession in two-dimensional virtual reality http://t.co/zLTIH0O7Xr
2Dのバーチャルリアリティでは海馬ニューロンの場所特異性が減少。距離への特異性は小さいながら存在。空間的なコードは弱いが、時間的なコードは可能。常同的経路で空間/距離選択性が増加。Impaired spatial … http://t.co/GkEFfyR3Uc