CNMAT Flashback

A look back at some items in our archives.

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Project

Auditory Fiction II (2014)

Edmund Campion

The Auditory Fiction pieces are composed for live musicians who perform with the aid of in-ear click-tracks.  The click-tracks are designed using software tools developed at the Center for New Music and Audio Technologies primarily by John MacCallum and Matt Wright with support from Ed Campion and others.  With the click-tracks in place, the musicians are enabled to play in any tempo relationship, accelerate, decelerate, change phase, and at any rate. 

Project

P.A.I.R.S. - Portable Ambisonic Impulse Response System

P.A.I.R.S is a project of UC Berkeley Graduating Senior, Andrew Rahman, and was funded by the UC Berkeley Summer Undergraduate Research Fellowship Program (SURF).  The purpose of the P.A.I.R.S. project is to capture the reverberation characteristics of historic spaces for archival and creative use. 

Project

spark (2015)

spark (2015)
for Wacom Tablet Transducer-Piano-Feedback Instrument
by Rama Gottfried, for pianist Ernst Surberg

Project

Sonic Writing Research

Dr. Thor Magnusson, from the University of Sussex, is in residency at CNMAT for a week this Spring. This is part of his Sonic Writing Research project which is a two-year research program that explores work and practices using new technologies for musical expression. Through tracing the historical conditions of material and symbolic design in in three interconnected strands of inscription - instruments, notation, and phonography - the project studies how established techniques are translated into new methods of musical composition and performance in digital musical media.

Project

CNMAT StompBox -- lots of pedals to Max

CNMAT StompBox -- a breakout box for Teensy & Max

Introduction
Early in the Fall semester 2017, CNMAT director Edmund Campion came to me with a request to build a system that would allow for multiple foot-pedal controllers to be connected to Max.  The design criteria required that the system should:

Project

ironic erratic erotic

ironic erratic erotic is a trio composed for dancer, tuba, contrabass, and motion-sensitive live electronics. It was premiered at Labor Neunzehn in Berin in May 2017 by Yuri Shimaoka (dance), Jack Adler-McKean (tuba), and Adam Goodwin (contrabass).

Project

Kerosene Palace

Kerosene Palace, for orchestra and electronics

by Scott Rubin, for David Milnes and the University of California Berkeley Symphony Orchestra

Kerosene Palace is a work scored for orchestra and electronics, which was written for David Milnes and the University of California Berkeley Symphony Orchestra. The electronics, composed of fixed soundfiles created by the composer that were cued during the performance. The diffusion of the electronic sound was supported with equipment and funds supplied by the Center for New Music and Audio Technologies.

Project

negative expanse (2017)

negative expanse (2017)

For amplified string quartet and 8-channel speaker environment

Composed by Jon Kulpa

Performed by Friction Quartet

Commissioned by Sounds of Science Commissioning Club

Audio production and installation by Jeremy Wagner

Project

LARSEN

This audio feedback system is a prototype designed to digitally manage or 'shape' resultant audio feedback tones as they resonate through an open cylinder waveguide. Pressure waves are produced in the air by a loudspeaker, guided through a configuration of pipes, and sensed by a microphone on the other end. By completing the partially open waveguide loop, energy flows seamlessly between external sound and digital environments.

Project

Freedom from Fear (2017)

Freedom from Fear (2017)
for oboe, two speaker arrays (6 around the audience and 4.2 on stage) and lights
Composed/electronics by Maija Hynninen
Performed by Kyle Bruckmann, oboe
‘sounDome’ homemade speakers manufactured by Maija Hynninen, designed by Roberto Ortiz-Soto and Maija Hynninen, programmed by Ilya Rostovtsev.
Audio production and installation by Jeremy Wagner and Maija Hynninen

Special thanks to Eric Paulos and CITRIS Invention Lab staff for all help and support with the 'sounDome'.
Project

Martin Matalon

The UC Berkeley Department of Music, CNMAT and Cal Performances present Bloch Lecturer Martin Matalon.

Project

Anthony Paul De Ritis: Electroacoustic Music, in memorium: David Wessel

Albany Records has released a new CD by composer Anthony Paul De Ritis: Electroacoustic Music, In memorium: David Wessel

Composer Anthony Paul De Ritis began studying with David Wessel at the Center for New Music and Audio Technologies after returning from his studies at the American Conservatory in Fontainebleau. Wessel exerted a tremendous influence on De Ritis, both as a teacher and as a person. This recording of De Ritis' music is a tribute to David Wessel.

Project

Jean Bresson: Interactive visual programming systems for music composition

Jean Bresson (IRCAM) was in residence at CNMAT as a Fulbright visiting scholar from Feb. to Aug., 2016, carrying out a research fellowship entitled "Interactive visual programming systems for music composition". The objectives of this project, framed in the development of computer-aided composition software, were to explore multimedia interactions in compositional processes, and integrate CNMAT technology and approaches in the OpenMusic environment.

Project

John Bischoff w/ Jeffrey Lubow + Cullen Miller

CNMAT Presents an evening with John Bischoff, Jeffrey Lubow, and Cullen Miller.

Friday, May 18, 2018, 8:00pm
CNMAT
1750 Arch st., Berkeley, CA 94720

Tickets $10 general, $5 students + seniors

Program:

8pm:  Lubow + Miller in a duo with interactive, spatialized synthesis.
9pm:  Bischoff will perform a solo set featuring performance-reflexive electronics.

 

Project

Standing Wave Analog Feedback Device

As a continuation of previous audio feedback and instrumental prototyping projects, this analog audio feedback system generates a Helmholtz-like standing wave inside a resonant semi-sphere. The electronic configuration is based on a generic bullhorn circuit (with an electret mic and two 4ohm transducers) and is filtered through a passive RC low-pass filter. Few components are required and the circuitry can be easily embedded into a variety of hardware interface designs.

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