2:16
Slow, electronic chill out with high synth lines, lounge bleeps & effects
Key
D (ends in D)
Metre
4/4
Tempo100 bpm (ends at 100)
Tempo NotesSlow
ISRCGB-FFM-11-63005
Publisher
Audio Network Plc
Factoid
In 2000, a team from Helsinki University of Technology cooled a piece of rhodium to a tenth of a billionth of a degree above absolute zero (–273°C).
2:16
Slow, chill out groove underscore with swirling textures, crackles & pops
Key
D (ends in D)
Metre
4/4
Tempo100 bpm (ends at 100)
Tempo NotesSlow
ISRCGB-FFM-11-63037
Publisher
Audio Network Plc
Factoid
In 2000, a team from Helsinki University of Technology cooled a piece of rhodium to a tenth of a billionth of a degree above absolute zero (–273°C).
1:00
Slow, electronic chill out with high synth lines, lounge bleeps & effects
Key
D (ends in D)
Metre
4/4
Tempo100 bpm (ends at 100)
Tempo NotesSlow
ISRCGB-FFM-11-63038
Publisher
Audio Network Plc
Factoid
In 2000, a team from Helsinki University of Technology cooled a piece of rhodium to a tenth of a billionth of a degree above absolute zero (–273°C).
0:30
Slow, electronic chill out with high synth lines, lounge bleeps & effects
Key
D (ends in D)
Metre
4/4
Tempo100 bpm (ends at 100)
Tempo NotesSlow
ISRCGB-FFM-11-63039
Publisher
Audio Network Plc
Factoid
In 2000, a team from Helsinki University of Technology cooled a piece of rhodium to a tenth of a billionth of a degree above absolute zero (–273°C).
0:30
Slow, electronic chill out with high synth lines, lounge bleeps & effects
Key
D (ends in D)
Metre
4/4
Tempo100 bpm (ends at 100)
Tempo NotesSlow
ISRCGB-FFM-11-63040
Publisher
Audio Network Plc
Factoid
In 2000, a team from Helsinki University of Technology cooled a piece of rhodium to a tenth of a billionth of a degree above absolute zero (–273°C).
0:06
Chill out sting with high synth line & swirling fx
Key
D (ends in D)
Metre
4/4
Tempo100 bpm (ends at 100)
Tempo NotesSlow
ISRCGB-FFM-11-63041
Publisher
Audio Network Plc
Factoid
In 2000, a team from Helsinki University of Technology cooled a piece of rhodium to a tenth of a billionth of a degree above absolute zero (–273°C).
0:06
Chill out sting with beats & swirling textures
Key
D (ends in D)
Metre
4/4
Tempo100 bpm (ends at 100)
Tempo NotesSlow
ISRCGB-FFM-11-63042
Publisher
Audio Network Plc
Factoid
In 2000, a team from Helsinki University of Technology cooled a piece of rhodium to a tenth of a billionth of a degree above absolute zero (–273°C).
0:06
Sting with ambient, sweeping textures
Key
D (ends in D)
Metre
4/4
Tempo100 bpm (ends at 100)
Tempo NotesSlow
ISRCGB-FFM-11-63043
Publisher
Audio Network Plc
Factoid
In 2000, a team from Helsinki University of Technology cooled a piece of rhodium to a tenth of a billionth of a degree above absolute zero (–273°C).
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