What does music made with materials from another planet sound like?
Project Hypate
Imagine a concert in which bells made of moon rock are tolled. Or maracas resounding with dust from the surface of Mars. What does music made with materials from another planet sound like? Which acoustic properties would these instruments present?
At Traginer Music Research Lab we are determined to answer these questions. We know that wherever humans go, they will try and find a way to create music, the same way they look for shelter and food. In that sense, we are not so different from those humans who carved flutes from mammoth bones, tens of thousands of years ago. Now that humanity peeks out into the Universe widening the possibilities of planetary habitability, nature offers us a new sound horizon. HYPATE PROJECT was born to conquer it.
The Research
During this research we will create percussion musical instruments using simulants of moon and Martian regolith and, in parallel, terrestrial ceramic materials. This way, we will be able to compare the acoustic properties between the manufactured musical instruments. With this purpose we will apply conventional and unconventional manufacturing techniques, such as microwave synthesis, spark plasma synthesis or 3D ceramic printing.
The final goal in the medium term is to use real moon and Martian regolith to create the instruments previously tested with the simulant. Maybe within a few years these instruments will be used in concerts in our planet (or, who knows, in others!).
This way, HYPATE PROJECT articulates music, music acoustics, ceramics and planetary geology with the purpose of opening the study field for new disciplines such as exoacoustics or exoluthery.
Our Team
Aware of the demands and far-sightedness that this research requires, we have assembled a team based on academic excellence and experience. Thus, we have the doctors in Materials Sciences María Amparo Borrell Tomás and Rut Benavente Martínez, doctor in Geological Sciences and expert in Meteorites, Planetary Geology and Astrobiology Jesús Martínez Frías, geologist and predoctoral researcher Enrique Martínez Martín, plastic artist specialized in ceramics Ana Felipe Royo, doctor in Advanced Construction Techniques and specialist professor in acoustics Javier Tejado Mata, doctor in Chemical Sciences and research professor at the Institute of Ceramics and Glass of the CSIC Rodrigo Moreno Botella, and musician Pedro Barceló Cartagena. Coordinating the development of the research is the musical instrument designer Carlos Traginer Gómez.
Our regolith simulant provider is Exolith Lab, a collaborating entity of the European Space Agency and NASA.
The neurologist Oliver Sacks used to say that we are homo musicalis. Music is an intrinsic part of our identity as a species. Therefore, in the same way the Greek muse Hypate personified the highest string of Apollo’s lyre, god of music, the HYPATE PROJECT wants to incarnate the human yearning to discover the music that awaits dormant anywhere in the universe.
María Amparo Borrell Tomás
PhD in Materials Sciences
ITM (UPV)
Rut Benavente Martínez
PhD in Materials Sciences
ITM (UPV)
Jesús Martínez Frías
PhD in Geological Sciences
Expert in Meteorites, Planetary Geology and Astrobiology
President of the Spanish Planetology and Astrobiology Network (REDESPA)
IGEO (CSIC-UCM)
Rodrigo Moreno Botella
PhD in Chemical Sciences
ICV-CSIC
Enrique Martínez Martín
Geologist
Predoctoral Researcher (UCJC)
Javier Tejado Mata
PhD in Advanced Construction Techniques
Specialist in Acoustic
Pedro Barceló Cartagena
Drummer
Ana Felipe Royo
Plastic Artist
Carles Ribas Selvas
Industrial Designer
Alejandro Roura Blanco
Editor
Alejandra Rodríguez Sosa
Translator
Carlos Traginer Gómez
Musical Instrument Designer
Hypate Project Coordinator
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