Artist:
Jamie Bissmire
Title:
Morphic Fields EP
Label:
Molecular Recordings
Cat#:
MOL045D
Release Date:
05th July 2024
Format:
download & streaming
Tracklist:
01.
Instrument Of Time
02.
Solomonic Seer
03.
Morphic Fields
04.
Geomancers Compass
05.
Metronomic Mindset
Press Info:
Jamie Bissmire, a luminary in the techno scene and a pivotal figure in the evolution of electronic music, delivers yet another masterful creation on Molecular Recordings. Bissmire, known for his integral roles in Bandulu and Space DJz, showcases his seasoned expertise and innovative spirit in this latest release.
From the outset, listeners are enveloped in hypnotic rhythms that are characteristic of Bissmire’s distinctive sound. The tracks are rich with entrancing rhythms combined with modular sounds, analogue beats, and sci-fi influences.. Each beat feels meticulously crafted, reflecting Bissmire’s deep understanding of the techno genre and his ability to push its boundaries.
The release is a testament to Bissmire’s enduring influence in the electronic music landscape. His work with Bandulu in the ’90s, which set the stage for many aspiring artists, resonates in the complex layering and dynamic progression of these tracks. Similarly, the energy and precision he brought to global stages as part of Space DJz with Ben Long are palpable throughout the release.
Bissmire’s commitment to the craft is evident. His refusal to rest on past laurels and continuous drive to innovate are what keep his music fresh and relevant. This release, dripping with hypnotic allure and pulsating energy, is a vivid reminder of why Jamie Bissmire remains a revered name in techno. It’s not just music; it’s an experience that transports the listener to new realms
Full Track Streaming:
Special:
“Techno Cartel [105]”
Recommendation:
d_func.’s “Opal Tracks” on Molecular Recordings
Buy Download:
Molecular Recordings @ Bandcamp
JunoDownload
Beatport
iTunes
TraxSource
more soon
Commercial Streaming Services:
Tidal
Spotify
Apple Music
Deezer
Youtube Music
Websites:
Jamie Bissmire
Molecular Recordings