Symbolic Sound Kyma

@symbolicsound.com

Symbolic Sound makes Kyma — a hardware & software environment for creative sound design, live performance, and scientific exploration. kyma.symbolicsound.com

Benjamin Van Doren is making Chicago safer for millions of birds by installing acoustic monitors on the tops of skyscrapers. Most birds fly at night so the best way to track & identify them is by sound which is processed in near real time & shared on a public dashboard. news.wttw.com/2026/05/05/i...

It’s Open Mic Night on Chicago Rooftops, Where Acoustic Devices Will Listen for Migrating Birds

Most birds migrate over Chicago at night. A new network of acoustic monitors is tracking their movements by listening for what can't be seen.

news.wttw.com

A new kind of bass trap! Low-frequency sound absorption achieved by replacing the high-stiffness neck of a Helmholtz resonator w/ a soft, viscoelastic cylindrical shell for tunable viscoelastic damping. Greater than 97% absorption of 227 to 329 Hz with deep-subwavelength thickness (λ/15 at 227 Hz).

Proceedings of the National Academy of Sciences@pnas.org · 4mo ago

Join us in celebrating our 2025 Cozzarelli Prize–winning paper for Class III: Engineering and Applied Sciences, “Viscoelastic structural damping enables broadband low-frequency sound absorption.” Read the article here: https://ow.ly/W7Ov50YImko

2025 Cozzarelli Prize Class III Winner: “Viscoelastic structural damping enables broadband low-frequency sound absorption.” Authors: Yanlin Zhang, Junyin Li, Qiongying Wu, Marco Amabili, Diego Misseroni, and Hanqing Jiang

Bumble bees learned to discriminate rhythmic patterns; generalized those patterns to slower & faster rates; and transferred learning of 2 vibrational patterns to their equivalent flashing light patterns. Suggests that bumble bees have truly flexible rhythm perception. www.science.org/doi/10.1126/...

Flexible, abstract rhythm perception in bumble bees

Flexible, abstract rhythm perception underpins human music, dance, and speech, but thus far, it has only been demonstrated in a few birds and mammals. In this work, we show that bumble bees also form ...

science.org

"La sonificazione qui non sostituisce le misurazioni, non sostituisce l'analisi quantitativa e non è marketing. Serve a rivelare pattern in serie temporali molto dense.Il passaggio dall'intuizione percettiva alla misurazione è ciò che rende il metodo interessante" sbircialanotizia.it/articoli/202...

PNIPAM e collasso in acqua: cosa raccontano i ponti d’idrogeno mediati dal solvente

Uno studio su PNAS (febbraio 2026) mostra che, durante il collasso del polimero PNIPAM, l’acqua forma “ponti” tra segmenti della catena e stabilizza il globulo. Meccanismo, metodo e implicazioni per m...

sbircialanotizia.it

Excited to share results from our new PNAS paper. We studied PNIPAM—a shape-shifting polymer that collapses from an extended coil to a compact globule near body temperature — making it a prime candidate for drug delivery systems and soft robotics.

Water-mediated hydrogen bonds and local side-chain interactions in the cooperative collapse and expansion of PNIPAM oligomers | PNAS

Poly(N-isopropylacrylamide) (PNIPAM), a thermoresponsive homopolymer, is a well-established model for investigating coil-to-globule transitions. He...

pnas.org

For those interested in the "Auditory Analytics" method used to analyze this data, the full methodology was just published yesterday in the Journal of Chemometrics: doi.org/10.1002/cem....

The Auditory Analytics cycle: collecting raw data, deriving datasets, mapping data to sound (sonification), analytical listening, hypothesis formulation, tool building, deriving new models and new datasets.
Cluster of Excellence RESOLV@solvationsci.bsky.social · 6mo ago

🌊🎧 Did you know we can hear polymer-water interactions? Researchers from @ruhr-uni-bochum.de and University of Illinois Urbana-Champaign turned PNIPAM’s collapse into sound, revealing water’s role. A new way to ‘see’ molecular changes! Read more: www.pnas.org/doi/10.1073/... #SolvationScience

Hearing relies on the ear actively enhancing its responsiveness. New research shows mammalian cochlea performs amplification, frequency tuning, compressive nonlinearity & generation of distortion products locally & near criticality at a Hopf bifurcation. doi.org/10.1073/pnas...

PNAS

Proceedings of the National Academy of Sciences (PNAS), a peer reviewed journal of the National Academy of Sciences (NAS) - an authoritative source of high-impact, original research that broadly spans...

doi.org

Isn’t it time we added "Analytical Listening" to the scientific method? In our talk @FlatironInst, we make the case for #AuditoryAnalytics — sonification as part of the research cycle. Watch the 15' talk by M. Gruebele, K Hebel, C. Scaletti: www.youtube.com/watch?v=VJOV... #sonification #DataScience

Scaletti, Gruebele, Hebel: Auditory Analytics for Scientific Exploration & Disco (October 22, 2025)

YouTube video by Flatiron Institute

youtube.com

"[E]very design is a decision, and every decision shapes the future of musical thinking." Andrew Telichan-Phillips interviews the developers of SuperCollider, ChucK, Max, and Kyma, concluding that "symbolic systems do not merely describe the world; they organize it." direct.mit.edu/comj/article...

Encoding Sound: Perspectives on Cultural Bias in Music Software Design

Abstract. This article investigates questions and concerns about the embedding of cultural and individual programmer biases into music programming languages (MPLs) and music software. A key contention...

direct.mit.edu

Synchronizing movement to music is a hallmark of human culture. New study demonstrates that macaques can spontaneously synchronize to a beat, contradicting the “vocal-learning hypothesis” that only species with learned complex vocalizations can synchronize. www.science.org/doi/10.1126/...

Monkeys have rhythm

Synchronizing movements to music is a hallmark of human culture, but its evolutionary and neurobiological origins remain unknown. This ability requires (i) extracting a steady rhythmic pulse, or beat,...

science.org

Otophysans, known for their enhanced hearing comprise 2/3 of freshwater fish. Recent discovery of a fossil places their origin ~154 million years ago. Their distinctive hearing abilities evolved in conjunction with fusion of hearing ossicles & freshwater adaptations. www.science.org/doi/10.1126/...

Marine origins and freshwater radiations of the otophysan fishes

Otophysans, known for their enhanced hearing enabled by the complex Weberian apparatus, comprise two-thirds of extant freshwater fish species. Previously, they were thought to have originated in fresh...

science.org

The Science is Sound! From acoustic analogs of electron entanglement, to positioning heart cells, to hydrogen bond sonification & more, check out the July Shaastra cover story by Pallab Roygupta on some unexpected ways sound is being used to probe nature. shaastramag.iitm.ac.in/lead-story/s...

The science is sound | Indian Institute of Technology Madras - IITM Shaastra

Sound waves are being increasingly channelled to probe nature, with significant potential applications.

shaastramag.iitm.ac.in

SonicBoom, an autonomous robot that uses sound to sense objects in visually cluttered environments. Small differences in signal intensity & phase across an array of contact mics can localize the sound source & thus the point of contact with accuracy of ~0.4 to 2 cm spectrum.ieee.org/farm-robots-...

This Robotic Arm Senses Branches With Sound

SonicBoom lets robots "feel" their way through farms using sound. Could this be the key to affordable and efficient harvesting?

spectrum.ieee.org

Prosody — pitch contour, stress, rhythm & loudness of speech — found to have its own vocabulary, semantics & simple syntax. Study finds Intonation Units (IUs) which when stripped of text consist of a pitch contour — as an element of a prosodic vocabulary doi.org/10.1073/pnas...

Structure in conversation: Evidence for the vocabulary, semantics, and syntax of prosody | PNAS

Prosody, the musical facet of speech, is pivotal in human communication, and its structure and meaning remain subjects of ongoing research. In this...

doi.org

What’s Behind the ‘Pop and Slosh’ When Opening a Beer? Using high-speed video, audio recordings, & computational fluid dynamics simulations, researchers say the sound is explained by a sudden expansion of CO2 + a drop in temp to -50C which slows the speed of sound publishing.aip.org/publications...

What’s Behind the ‘Pop and Slosh’ When Opening a Swing-Top Bottle of Beer? - AIP Publishing LLC

WASHINGTON, March 18, 2025 — In a fun experiment, Max Koch, a researcher at the University of Göttingen in Germany — who also happens to be passionate […]

publishing.aip.org

Hearing triggered by molecular 'spring': Researchers at Göttingen’s Max Planck Institute identify an elastically suspended molecular spring that opens an ion channel in the human ear: "it is not the spiral but the flexible joint that bends under mechanical tension” www.mpinat.mpg.de/4945389/pr_2...

Hearing triggered by molecular “spring”

A Göttingen research team has discovered the molecular “spring” that opens ion channels in the auditory sensory cells in the ear.

mpinat.mpg.de