Dropped chest and lifted chest скачать в хорошем качестве

Dropped chest and lifted chest

comparative dynamic analysis framework (Corelli vs Venturini): Inhalation Phase Thoracic movement: Does the chest rise immediately, or does it expand naturally? Abdomen and waistline: Do they expand outward, with a sense of downward support? Face/neck/shoulders: Are the scalene or sternocleidomastoid muscles engaged? Onset of Sound Glottal closure: Is it overly tense, or soft yet focused? Thorax: Does the chest remain expanded at onset, or does it collapse immediately? Sustaining Long Phrases Breath column: Does the sound remain even, or begin to fade halfway through? Thorax and abdomen: Can the “raised chest vs. abdominal contraction” balance be maintained? Vocal line: Are high notes pushed and unstable, or steady and full? High Note Execution Corelli: Does the chest visibly collapse, with neck muscles straining? Venturini: Does the chest remain supported, with the voice carried by the “breath column”? Phrase Endings and Renewed Inhalation Is the breath released smoothly, or does it collapse abruptly? Is there a “sigh-like” gentle intake, or a noticeable shoulder lift betraying tension? 🔎 Technical Comparison Summary Corelli: His strength lies in dramatic tension and the brilliance of his high notes. However, because his breath support is set too high and thoracic control is insufficient, he often “presses” on the vocal folds in demanding passages. This results in fluctuating dynamics, giving the impression of tension on stage. Venturini: His technique is more “school-oriented”: stable chest + abdominal breathing keep the voice consistently flowing along the breath column. The outcome is a rounder, smoother sound, with a sense of ease in performance. While perhaps less overtly dramatic than Corelli, his singing is more enduring and pleasant to listen to. Whether it is “high chest” or “raised chest,” the chest must never be tense. The chest should function like a stable panel, with the body leaning slightly backward at about 15 degrees and the chest naturally directed forward. The key point is that the breath should not be forced against the front of the chest, but rather take advantage of the natural expansion of the ribcage to form a stable structural platform. Raising the chest does not mean inhaling to fill the chest cavity and creating tension, but instead using the backward-leaning posture of the body to allow the thoracic cavity to expand naturally. This expansion is not about forcefully swelling the chest, but about following the body’s natural structure to unblock the channel between the abdomen, diaphragm, trachea, and vocal cords, so that breath and sound can pass through freely. This is the true function of the high chest: stable yet relaxed, with the chest serving as a support and conduit, rather than a rigid obstruction.