Mentions
Extended reach
Total likes
Video views
AI synopsis
The discussions express strong enthusiasm for the study, citing examples such as predictions reaching 97% accuracy and applications like wearable neurotech, with the tone reflecting excitement and forward-looking implications. The choice of words like 'fascinating,' 'game changer,' and references to AI outperforming human talent contribute to the perception of high impact and engagement.
Most discussions emphasize the high accuracy (97%) of the prediction method, reflecting strong support for the study’s findings.
Participants show high curiosity, referencing potential applications like future wearable tech, AI's superiority over humans, and implications for neuro privacy.
Posts include detailed summaries of the methodology, with mentions of EEG data, machine learning models, and practical impacts, indicating deep involvement.
Many highlight the revolutionary potential of this research for the music industry and neurotechnology, suggesting significant influence on future practices.
Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
Why does neuro privacy matter? Because our brains reveal how we feel before we know: https://t.co/Yv3LdKt78Q
How does your brain know a hit song when it hears one? A new study used neurophysiology and machine learning to predict hits with 97% accuracy. #CognitiveLiberty https://t.co/cMAXIlHixF
Researchers in the US have used a comprehensive machine learning technique applied to brain responses and were able to predict hit songs with 97% accuracy. Explore the study in Frontiers in Artificial Intelligence: https://t.co/Wv2PJl4ea6, or our news story ⬇
“Accurately Predicting Hit Songs using Neurophysiology and Machine Learning” by Paul J Zak et al. Frontiers in Artificial Intelligence https://t.co/NXBzlvaFkH 3/3
Source: https://t.co/cneEw8RIP9
Explore cutting-edge AI advancements transforming sports, entertainment, and consumer experiences. From ultrafast boxing robots to neural data-based hit song prediction, see how AI continues to shape our future.
AI is transforming personalized playlists and hit song prediction by analyzing neural responses. This approach predicts song success with up to 97% accuracy using machine learning.
https://t.co/PFP7oGeDOS This is interesting.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
@mikecane @BrianRoemmele Imagine, joining this generation technology, with a ,,hit seeker" model, like the result of this research: https://t.co/i0mBnMrKQI, anyone is able to produce hit after hit. Radio ,,Perfect" in theory.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @Astella6174: AIでヒット曲予想 曲を聞いた時の参加者の神経生理学反応にもとづいた線形統計モデルは69％の確率でヒット曲を特定できた。さらに機械学習を適用することでその精度は97％までに上昇（冒頭1分だけでも82%）したとか AI作曲の曲がトップチャート…
AIでヒット曲予想 曲を聞いた時の参加者の神経生理学反応にもとづいた線形統計モデルは69％の確率でヒット曲を特定できた。さらに機械学習を適用することでその精度は97％までに上昇（冒頭1分だけでも82%）したとか AI作曲の曲がトップチャート入りする日も遠くなさそう？https://t.co/Ls0wIF1WcW
Source: https://t.co/5sNbXo2kL6
RT @AgainUly: @adsuara @el_pais Y aquí el estudio, con fecha 20/06/2023 https://t.co/oHJVvvX0Ev
@adsuara @el_pais Y aquí el estudio, con fecha 20/06/2023 https://t.co/oHJVvvX0Ev
A.I is now better than humans in terms of finding hit records. A skill that took decades & “talent” can now be run through bagging ML models. A.I can accurately predict hit songs using neurophysiology and machine learning 97% of the time. https://t.co/RJi6B5gzoF
Accurately predicting hit songs using neurophysiology and machine learning https://t.co/XCYpjR9b9Q https://t.co/PoPhQKhbZ7
わからん https://t.co/joQZvaK1KR
Accurately predicting hit songs using neurophysiology and machine learning https://t.co/WHtTlcBhWa
RT @FrontNeurosci: Take a look at the work of @pauljzak of @ImmersionNeuro ➡️ https://t.co/4nZpfIgIXQ
Take a look at the work of @pauljzak of @ImmersionNeuro ➡️ https://t.co/4nZpfIgIXQ
Source: https://t.co/cneEw8RIP9
RT @NitaFarahany: How does your brain know a hit song when it hears one? A new study used neurophysiology and machine learning to predict h…
Prédire des hits musicaux par des réactions physiologiques, ça, c'est fait ! https://t.co/tRlmYBkXSs
RT @NitaFarahany: How does your brain know a hit song when it hears one? A new study used neurophysiology and machine learning to predict h…
RT @NitaFarahany: How does your brain know a hit song when it hears one? A new study used neurophysiology and machine learning to predict h…
RT @NitaFarahany: How does your brain know a hit song when it hears one? A new study used neurophysiology and machine learning to predict h…
How does your brain know a hit song when it hears one? A new study used neurophysiology and machine learning to predict hits with 97% accuracy. #CognitiveLiberty https://t.co/cMAXIlHixF
How does your brain know a hit song when it hears one? A new study used neurophysiology and machine learning to predict hits with 97% accuracy. #CognitiveLiberty https://t.co/cMAXIlHixF https://t.co/cMAXIlHixF
hmmm .. Scientists use AI and unconscious brain activity to identify hit songs with shockingly high accuracy https://t.co/DcfpCDfnSa
Using #AI and unconscious brain activity to identify hit songs. Rather than asking users if they “like” a new song, wearable #neurotech, like those in this study, could assess the neural value of content. https://t.co/tHoAKcuvEz
Summary: They identified hit songs thru ML while capturing EEG of 33 participants listening to arbitrary 24 songs (divided to 13 hits & 11 flops). Pros: - EEG Data Cons: - Those & songs are generally too small (in num) and too popular to be flops. https://t.co/dSw1uyQJ2g https://t.co/H2QxR5Z3vt
RT @Pintocles: IA puede predecir si una canción se va a volver un palo con más de 90% de exactitud! Frontiers | Accurately predicting hit…
IA puede predecir si una canción se va a volver un palo con más de 90% de exactitud! Frontiers | Accurately predicting hit songs using neurophysiology and machine learning https://t.co/K5FI8tnZNE
Researchers in the US have used a comprehensive machine learning technique applied to brain responses and were able to predict hit songs with 97% accuracy. Explore the study in Frontiers in Artificial Intelligence: https://t.co/Wv2PJl4ea6, or our news story ⬇
RT @cobun: Why does neuro privacy matter? Because our brains reveal how we feel before we know: https://t.co/Yv3LdKt78Q
RT @cobun: Why does neuro privacy matter? Because our brains reveal how we feel before we know: https://t.co/Yv3LdKt78Q
Accurately predicting hit songs using neurophysiology and machine learning https://t.co/8aH805xync
Will our smartwatches drives the Spotify algorithm in future?! Full read here: https://t.co/oqULmBZu58
Accurately predicting hit songs using #neurophysiology and machine learning @FrontiersIn #CGFPsicología https://t.co/mts2dEwaJ7
https://t.co/pKD4BA0phv
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @bsgspeakers: Can A.I. predict the next #1 hit song? @pauljzak has co-authored a new study on "Accurately predicting hit songs using ne…
RT @cobun: Why does neuro privacy matter? Because our brains reveal how we feel before we know: https://t.co/Yv3LdKt78Q
Why does neuro privacy matter? Because our brains reveal how we feel before we know: https://t.co/Yv3LdKt78Q
@FrontiersIn Accurately predicting hit songs using neurophysiology and machine learning https://t.co/uelEAtuira @piscitelli @julitoalonso @DiegoGolombek
Can A.I. predict the next #1 hit song? @pauljzak has co-authored a new study on "Accurately predicting hit songs using neurophysiology and machine learning." Learn more via @axios https://t.co/M04U4wAZd8
Fascinating study - using AI and ML to predict the next big music hit: https://t.co/wAZdHwgzvd
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
Musk, Zuckerberg, boxing robots - a clash of the titans awaits!
Accurately predicting hit songs using neurophysiology and machine learning https://t.co/O3v9RHyful > Yawns produced by AI predictability! - RAB
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
Accurately predicting hit songs using neurophysiology and machine learning | https://t.co/8pH4FKiai8
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @SteveStuWill: Machine learning predicts hit songs from brain responses with 97% accuracy. Self-reported liking isn’t predictive.
RT @NeuroscienceNew: “Accurately Predicting Hit Songs using Neurophysiology and Machine Learning” by Paul J Zak et al. Frontiers in Artific…
New Research: Accurately predicting hit songs using neurophysiology and machine learning #AI https://t.co/PWSENEiHLJ
“Accurately Predicting Hit Songs using Neurophysiology and Machine Learning” by Paul J Zak et al. Frontiers in Artificial Intelligence https://t.co/NXBzlvaFkH 3/3
Frontiers | Accurately predicting hit songs using neurophysiology and machine learning https://t.co/E9yZDAY3Kq https://t.co/z0TwJy9O7i
Accurately predicting hit songs using neurophysiology and machine learning https://t.co/girmfoRCfv
Frontiers | Accurately predicting hit songs using neurophysiology and machine learning https://t.co/DZgIKGlfNf
RT @Neurons_AI: Accurately Predicting Hit Songs using Neurophysiology and Machine Learning – o - https://t.co/H2FLJ7sNA8 #machinelearning…
Accurately Predicting Hit Songs using Neurophysiology and Machine Learning – o - https://t.co/H2FLJ7sNA8 #machinelearning #intoAInews
org/articles/10.3389/frai. 2023.1154663/full · No photo description available. MESSENGER. 株式会社neumo. Science, Technology & Engineer...
There are many AI journalists who rise above the fray and do excellent ... 6 (2023). https://www.frontiersin.org/articles/10.3389/frai.2023.1154663 37 ...
... 10.3389/frai.2023.1154663/full · Like · Reply. 1 Reaction. Dauren ( Darr ) Toleukhanov, graphic. Dauren ( Darr ) Toleukhanov. Co-Founder / Co- ...
(Frontiers in Artificial Intelligence, 2023, doi: 10.3389/frai.2023.1154663). Quelle: Frontiers. 6. Juli 2023 - Elena Bernard/ NPO. Tags ...
https://www.frontiersin.org/articles/10.3389/frai. 2023.1154663/full · No photo description available. MESSENGER. 株式会社neumo. Science ...
org/articles/10.3389/frai. 2023.1154663/full.
A través del nuevo método, los investigadores lograron predecir qué pistas serían del agrado de la mayoría de las personas con un 97 por ciento ...
研究发表在Frontiers in Artificial Intelligence上。 https://doi.org/10.3389/frai.2023.1154663. 04. 激光疗法或成为治疗耳鸣最有效的方法. 根据巴西 ...
10.3389/frai.2023.1154663. Method of Research. Data/statistical analysis. Subject of Research. People. Article Title. Accurately Predicting Hit ...
doi: 10.3389/frai.2023.1154663. This article is a rework of a press release issued by Frontiers. Material has been edited for length and ...
SW
CK
NF
F
NN
O
E
SH
MY
L
AD
I
CJ
あ
HV
YD
MY
G
CK
RP
C
FA
ₘₘ
SJ
HZ
AC
S
OC
AB
M
JR
S
A
RA
K
JP
GK
CB
BD
TΘ
V
J
SA
JH
B
K
TP
EC
S
RB
S
MP
BA
JW
RG
B
V
G
AG
TS
TB
A
CB
SI
おO
N
BV
UD
C
C
は菊
R
จ
FN
N
DS
DB
T
S
GM
M
HJ
CS
EP
DP
BO
A
SA
PΨ
SW
M明
PZ
TR
E
BS
MD
RS
RB
U
RG
س
AS
AM
H
JT
H
L
M
S
H
JS
た
K
PJ
J
DP
P
KL
AW
تد
LS
DA
M
C
T
T
KA
RC
AP
AH
CN
DM
FD
RT
VS
O
MB
NA