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ZWAN - Mary Star of The Sea -LURW-FLAC-

CONVAL® 12

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Notice subtle guitar parts, vocal harmonies, and percussion elements that might be lost in lower-quality formats.

In the early 2000s, the music world was in a state of flux. Grunge had long since faded, and the indie-rock explosion of the late 90s was beginning to evolve into something new. Amidst this backdrop, Billy Corgan, the mastermind behind the iconic Smashing Pumpkins, emerged with a new project that would captivate fans and critics alike: Zwan. Their debut album, Mary Star of the Sea , remains a testament to Corgan's songwriting prowess and the incredible talent he assembled for this short-lived but impactful supergroup. The Genesis of Zwan

Following the dissolution of the Smashing Pumpkins in 2000, Corgan sought a fresh start. He collaborated with a stellar lineup of musicians, including: Vocals, guitar Jimmy Chamberlin: Drums (fellow Smashing Pumpkins alum) Matt Sweeney: Guitar (Chavez) Paz Lenchantin: Bass, vocals (A Perfect Circle) David Pajo: Guitar (Slint, Papa M)

The album's centerpiece, a sprawling epic that seamlessly blends multiple musical sections. The LURW-FLAC Experience

A beautiful, layered ballad with intricate guitar work and haunting vocals.

A poignant and emotionally resonant track that highlights the band's chemistry.

Enjoy the contrast between the album's quieter moments and its powerful, rocking crescendos.

While Zwan's tenure was brief—the band disbanded shortly after the album's release— Mary Star of the Sea continues to be a fan favorite. It represents a unique chapter in Billy Corgan's career and stands as a shining example of what happens when a group of incredibly talented musicians come together with a shared creative vision.

A catchy, radio-friendly rocker that showcases Corgan's signature vocal style.

Medium Temperature Range Max. Pressure Max. Extrapol
Acetone 178.5 K => 538 K 65 Mpa
Air 59,8 K – 132,6 K => 2000 K 2000 MPa 5000 K, 28 GPa
Ammonia 195.5 K => 600 K 1000 MPa
Argon 84 K => 700 K 1000 MPa
Benzene 278.7 K => 700 K 100 MPa
Butane 134,9 K => 573 K 69 MPa
Butene (1-Butene) 87.8 K => 525 K 50 MPa
Butene (cis-2-Butene) 134.3 K => 525 K 50 MPa
Butene (trans-2-Butene) 167.6 K => 525 K 50 MPa
Carbo monoxide 68.1 K => 1000 K 100 MPa
Carbon dioxide 216.6 K => 1100 K 800 MPa
Carbonyl sulphide 134.3 K => 650 K 50 MPa
Chlorine 180 K => 900 K 25 MPa
Cyclohexane 279,5 K => 700 K 80 MPa
Cyclopentan 179.3 K => 500 K 100 MPa
Cyclopropan 145.7 K => 450 K 30 MPa
Decane 200 K => 800 K 100 MPa
Diethyl ether 156.9 K => 600 K 100 MPa
Diisopropyl 145.2 K => 500 K 100 MPa
Dipropylether 151 K => 600 K 100 MPa
Dodekane (n-Dodekane) 263.6 K => 700 K 500 MPa
Ethane 90 K => 673 K 900 MPa
Ethanol 250 K => 650 K 280 MPa
Ethylbenzol 178.2 K => 700 K 80 MPa
Ethylene 104 K => 450 K 300 MPa