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      動画
      4:36
      Magnetic resonator piano demo
      YouTube · Andrew McPherson
      4 分 36 秒
      2009/12/05
      10 主な出来事 この動画内
      1. 参照: 00:07
        Andrew McPherson MET-lab, Drexel University
      2. 参照: 00:26
        All sound is being produced from the piano strings and soundboard, without speakers.
      3. 参照: 00:49
        Each actuator is driven with its own amplifter
      4. 参照: 01:19
        The instrument is played with two keyboards
      5. 参照: 01:29
        The upper keyboard controls the electromagnets alone
      6. 参照: 01:46
        Traditional and electronic sounds can be played in conjunction from the piano keyboard
      7. 参照: 02:29
        The actuators can also be used to modify the natural sound of the piano.
      8. 参照: 02:37
        The waveform is continuously adjustable to provide a wide variety of timbres.
      9. 参照: 02:42
        In this excerpt, the left hand notes are electronically sustained and timbrally altered.
      10. 参照: 03:35
        Here, the actuators create glissandos from the 1st to the 8th partials of the lower strings.
      Andrew McPherson
      YouTube·
      2009/12/05

      Magnetic resonator piano demo

      YouTube·Andrew McPherson·2009/12/05
      YouTube
      再生位置
      • 00:07
        Andrew McPherson MET-lab, Drexel University
      • 00:26
        All sound is being produced from the piano strings and soundboard, without speakers.
      • 00:49
        Each actuator is driven with its own amplifter
      • 01:19
        The instrument is played with two keyboards
      • 01:29
        The upper keyboard controls the electromagnets alone
      • 01:46
        Traditional and electronic sounds can be played in conjunction from the piano keyboard
      • 02:29
        The actuators can also be used to modify the natural sound of the piano.
      • 02:37
        The waveform is continuously adjustable to provide a wide variety of timbres.
      • 02:42
        In this excerpt, the left hand notes are electronically sustained and timbrally altered.
      • 03:35
        Here, the actuators create glissandos from the 1st to the 8th partials of the lower strings.
      51:09
      Cyborg Piano: Magnetic Resonator Piano
      YouTube · Gresham College
      51 分 9 秒
      2021/06/15
      10 主な出来事 この動画内
      1. 参照: 00:00
        Intro
      2. 参照: 02:29
        The Evolution of the Piano
      3. 参照: 05:55
        Previous Piano Innovations
      4. 参照: 10:10
        Attack & Decay
      5. 参照: 13:03
        String Bowing
      6. 参照: 15:49
        Keyboard Scanner
      7. 参照: 20:23
        Resonance Takeover
      8. 参照: 23:24
        Pitch Bend Effect
      9. 参照: 27:32
        Glowing Radioactive Elements & Atomic Legacies
      10. 参照: 51:04
        Closing Remarks
      Gresham College
      YouTube·
      2021/06/15

      Cyborg Piano: Magnetic Resonator Piano

      YouTube·Gresham College·2021/06/15
      YouTube
      再生位置
      • 00:00
        Intro
      • 02:29
        The Evolution of the Piano
      • 05:55
        Previous Piano Innovations
      • 10:10
        Attack & Decay
      • 13:03
        String Bowing
      • 15:49
        Keyboard Scanner
      • 20:23
        Resonance Takeover
      • 23:24
        Pitch Bend Effect
      • 27:32
        Glowing Radioactive Elements & Atomic Legacies
      • 51:04
        Closing Remarks
      1:48
      Continuous note shaping on the acoustic piano
      YouTube · Andrew McPherson
      1 分 48 秒
      2011/06/30
      6 主な出来事 この動画内
      1. 参照: 00:03
        Andrew McPherson MET-lab, Drexel University
      2. 参照: 00:23
        Electromagnets induce vibrations in the strings independently of the hammer mechanism
      3. 参照: 00:41
        Credos from silence
      4. 参照: 00:46
        Pitch bends (lightly press adjacent key)
      5. 参照: 00:55
        Vibrato (variable pressure on key)
      6. 参照: 01:21
        Harmonic series glissando (delicate vibrato on unpressed key)
      Andrew McPherson
      YouTube·
      2011/06/29

      Continuous note shaping on the acoustic piano

      YouTube·Andrew McPherson·2011/06/29
      YouTube
      再生位置
      • 00:03
        Andrew McPherson MET-lab, Drexel University
      • 00:23
        Electromagnets induce vibrations in the strings independently of the hammer mechanism
      • 00:41
        Credos from silence
      • 00:46
        Pitch bends (lightly press adjacent key)
      • 00:55
        Vibrato (variable pressure on key)
      • 01:21
        Harmonic series glissando (delicate vibrato on unpressed key)

      すべて表示

      Magnetic Resonator Piano

      Andrew McPherson
      https://andrewmcpherson.org › mrp
      Andrew McPherson
      https://andrewmcpherson.org › mrp
      · このページを訳す
      The magnetic resonator piano (MRP) is an augmented piano which uses electromagnets to elicit new sounds from the strings of a grand piano. The MRP extends the ...

      Magnetic Resonator Piano

      Augmented Instruments Lab
      http://instrumentslab.org › mrp
      Augmented Instruments Lab
      http://instrumentslab.org › mrp
      · このページを訳す
      The magnetic resonator piano (MRP) is an electronically-augmented acoustic piano capable of eliciting new sounds acoustically from the piano strings, ...
      関連する質問
      What is a magnetic resonator?
      Magnetic Resonator Piano - Expressive & Creative Interaction ...
      Continuous Note Shaping on an Acoustic Piano

      The magnetic resonator piano (MRP) is a hybrid acoustic-electronic instrument augmenting the grand piano. By using electromagnets to induce the strings to vibration, the MRP allows the performer to continuously shape the sound of every note.

      Magnetic Resonator Piano - Drexel University

      Drexel
      https://drexel.edu › excite › innovation › met-lab › mrp
      Drexel
      https://drexel.edu › excite › innovation › met-lab › mrp
      検索: What is a magnetic resonator?
      How does an electromagnetic piano work?
      The instrument comprises 88 electromagnetic actuators that are installed within the body of a grand piano; when activated, they can induce the strings to vibrate indefinitely. The mechanism does not impede the piano's hammer mechanism: both the magnets and the hammers can be used simultaneously.

      Portrait: Andrew McPherson and the Magnetic Resonator Piano

      Scholars at Harvard
      https://scholar.harvard.edu › files › eidolan › files
      Scholars at Harvard
      https://scholar.harvard.edu › files › eidolan › files
      PDF
      検索: How does an electromagnetic piano work?
      Where can I find a magnetic resonator?
      Source
      • Blueprint can be found in Manufacturing Facilities and Operations Centres, or purchased from Synthesis Laboratory for 250 .
      • Available from some Technology Merchants for 5000+ units.

      Magnetic Resonator - No Man's Sky Wiki - Fandom

      No Man's Sky Wiki - Fandom
      https://nomanssky.fandom.com › wiki › Magnetic_Reson...
      No Man's Sky Wiki - Fandom
      https://nomanssky.fandom.com › wiki › Magnetic_Reson...
      検索: Where can I find a magnetic resonator?
      Are piano strings magnetic?
      Piano strings are made of steel, which is a ferromagnetic material, meaning it can be attracted by a magnetic field. The MRP uses 88 electromagnetic actuators to cover the complete range of the piano (one actuator per note, though a note may include 2 or 3 identically-tuned strings).

      Magnetic Resonator Piano - Augmented Instruments Lab

      Augmented Instruments Lab
      http://instrumentslab.org › research › mrp
      Augmented Instruments Lab
      http://instrumentslab.org › research › mrp
      検索: Are piano strings magnetic?
      フィードバック

      Magnetic Resonator Piano - MET-lab

      met-lab.org
      http://www.met-lab.org › magnetic-...
      met-lab.org
      http://www.met-lab.org › magnetic-...
      · このページを訳す
      The magnetic resonator piano (MRP) is a hybrid acoustic-electronic instrument augmenting the grand piano. By using electromagnets to induce the strings to ...

      Andrew McPherson and the Magnetic Resonator Piano

      Scholars at Harvard
      https://scholar.harvard.edu › files › eidolan › files
      Scholars at Harvard
      https://scholar.harvard.edu › files › eidolan › files
      PDF
      EI DOLAN 著 · 被引用数: 3 — At first glance, the Magnetic Resonator Piano appears to have been designed explicitly as a solution to this familiar problem of sustain and nuance: one.
      12 ページ

      Magnetic Resonator Piano

      Intelligent Instruments Lab
      https://iil.is › research › mrp
      Intelligent Instruments Lab
      https://iil.is › research › mrp
      · このページを訳す
      The magnetic resonator piano (MRP) is an augmented piano which uses electromagnets to elicit new sounds from the strings of a grand piano.

      Magnetic Resonator Piano

      Drexel
      https://drexel.edu › met-lab › mrp
      Drexel
      https://drexel.edu › met-lab › mrp
      · このページを訳す
      The magnetic resonator piano (MRP) is a hybrid acoustic-electronic instrument augmenting the grand piano. By using electromagnets to induce the strings to ...

      Imperial's Magnetic Resonator Piano Strikes a Chord at ...

      Imperial College London
      https://www.imperial.ac.uk › news
      Imperial College London
      https://www.imperial.ac.uk › news
      · このページを訳す
      2024/05/21 — This innovative instrument extends the sonic vocabulary of the piano, providing endless possibilities for artistic expression while preserving ...

      Cyborg Piano: Magnetic Resonator Piano

      Gresham College
      https://www.gresham.ac.uk › cybor...
      Gresham College
      https://www.gresham.ac.uk › cybor...
      · このページを訳す
      The Magnetic Resonator Piano invented by Andrew McPherson sees electromagnets suspended above the strings of a regular grand piano, allowing for control of ...
      関連する質問
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