video upload by Physical Synthesis
Blue Marble Synthesizer Project: Andrew Huang
Physical Synthesis, the makers of Cicada, wrote in to let us know of a new project soon to be seeking funding on Kickstarter.
I asked them what the platform would be based on. They replied:
"The web-based interface will be an adapted version of Patatap to which we’ll add a video feed and other interactions that will be possible to trigger inside the space capsule (i,e agitate the marble by turning on a fan, LED array, microphone, speaker, etc).
The space capsule has a set of different elements that allows to change the position of the physical marble floating inside the zero-gravity chamber (a set of sensors that calculates the position, a fan that agitates the position of the marble, a microphone that records those interactions, etc). All that data is then being sent back to us on earth (or in reverse sent to the capsule from earth using the Live mode). In other words, the web-interface receives data/interactions from the capsule and the Live mode allows to send data/interactions directly to the capsule. Lastly we’re building a VST plug-in allowing to receive MIDI and hook up data directly into your DAW or other synth."
In short the interactive hardware controller w/ microphone to capture audio is in space, while the synth engine and processing is done on earth.
Addtional details from the Kickstarter/Press Release follows.
The Blue Marble Synthesizer is the first-ever music synthesizer that can only work in space and that is playable from here on earth. It’s a synthesizer for making music and experimenting with sound. The system consists of a pressurized capsule in a low earth orbit satellite, a network of sensors, and a web-based interface for people to play with here on earth.
1. The Blue Marble Synthesizer Capsule consists of a pressurized CubeSat module configured with a control computer, camera, sensor array, fan, LED array, a microphone, and a speaker. It measures the behavior of a marble floating in a zero gravity synth capsule and sends sensor data, audio feed, and video feed back to us on earth.
2. The Web-Based Interface is an interactive and self-contained web audio synthesizer designed for everyone. Through a collaboration with the creator of Patatap, this application blends interactions from the Blue marble Synthesizer Capsule data with a traditional interactive music synthesizer. This web-based interface is a way to explore the interactions between the Blue Marble Synthesizer Capsule and people’s own musical creativity.
● When does the space mission start?
The Kickstarter campaign is set to start on Wednesday, October 4 for 30 days until the rocket launch which is set for Wednesday November 1 aboard the SpaceX Falcon 9 Rocket. Once in orbit, the Blue Marble Synthesizer Space Capsule will be rotating around earth every 90 minutes.
● Why does this project matter?
The Blue Marble Synth Project is intended for all those who share a passion for space, music, and the intersection of science and art. Music has always been a universal language that transcends cultural barriers, connecting people on a deeply emotional level. By introducing a music synthesizer to space, we expand the horizons of artistic expression and create a new dimension for human creative endeavors off-planet.
● What is the experience like for supporters?
1. Two primary ways: people will have the chance to make music with the audio and the data captured by the Blue Marble Synthesizer in two primary ways: through an interactive web-interface or via a VST-plug-in. Some supporters may also have the chance to play and interact with the system directly in space.
2. The Blue Marble Web-Interface: is a self-contained web based application that works from here on Earth. Inspired by Patatap, this application blends interactions from the Blue Marble Synth Capsule Data with a traditional interactive music synthesizer.
3. The Blue Marble VST Plug in: this feature allows to receive MIDI and control data from the Blue Marble Synth Capsule to use with other digital synthesizers and digital audio workstations such as Ableton LIVE, FL Studio, Presonus Studio 1, etc.
● Who are the artists involved?
Andrew Huang, Benn Jordan, Trovarsi, and MAYSUN, are invited artists who will compose original music with the Blue Marble Synthesizer during this orbital mission. They each possess the adventurer's spirit that we believe is at the heart of this project.
Andrew Huang
We are thrilled to have Andrew Huang, the YouTube phenom and Toronto-based artist join the Blue Marble Synth Project. As a highly acclaimed music and video producer, Andrew's unique ability to seamlessly blend diverse musical styles with captivating visuals aligns perfectly with the innovative vision we seek to bring to life. His creativity, coupled with his commitment to pushing artistic boundaries, makes him an invaluable addition to this project
These 4 artists will compose original music using the Blue Marble Synthesizer and the resulting tracks will be released for project supporters on an exclusive LP post-mission.
● What else can supporters get by supporting?
Beyond accessing the Web-Based interface and Artist Album, supporters also get access to a range of branded Blue Marble Synthesizer merchandise designed by Physical Synthesis. The collection features a sticker and mission patch, hoodie, t-shirt, cap, tote bag, and more.
● What goes inside the Blue Marble Synthesizer? Technical Breakdown
The Blue Marble Synthesizer Capsule consists of a pressurized CubeSat module configured with a control computer, camera, sensor array, fan, LED array, a microphone, and a speaker. The module allows supporters to receive data so they can control other synths and interfaces as well as initiate actions that affect what happens inside the capsule
1. Zero Gravity Dynamics: to make the Blue Marble Synthesizer an instrument that can truly work in space, it requires harnessing the power of zero-gravity. To do this, the synthesizer relies on interactions between a spherical piece of glass – the blue marble – and an array of accurate laser sensors that measure the distance and location of the marble as it floats around a small pressurized chamber.
