[Silence]
[Instrumental, Guitar, Piano, Organ, Synth, Bass, Percussion, Drums]
[Intro]
[Instrumental Intro: Pulsing Bass, Organ Swell, Muted Guitar Chops, Rising Synth Filter]
[Minimal Beat, Sub Bass, Spoken Vocal]
Extreme Energy Events
(Presents:)
[Instrumental]
[Guitar Solo]
[Organ Stabs, Driving Bass, Snare March]
[Refrain]
Extreme Energy Events
(Presents:)
More!
(Rain)
More!
(Pain)
[Verse 1]
People hear the phrase “warming world”
Think the change is neatly curled
Just a number climbing slow
One degree or two to go
But heat won’t sit in place
Energy runs the race’s pace
Stored and shifted, pushed around
Turning sky and sea and ground
[Pre-Chorus]
Heat goes in
(Then transforms)
Changing shape
(Into storms)
[Chorus]
Extreme Energy Events
(Presents:)
More!
(Waves)
Who
(Saves?)
More!
(Heat)
More!
(Beat)
Energy finds another street
[Verse 2]
Winds accelerate and race
Storms intensify their pace
Moisture rises, clouds expand
Heavy rains sweep through the land
Latent heat and ocean flow
Feed the systems as they grow
Lightning flashes through the sky
Wildfires spread and glaciers slide
Watch the joules begin to roam
Far away… now close to home
[Instrumental]
[Guitar Solo]
[Driving Bass, Organ Chords, Synth Arpeggios]
[Bridge]
Kinetic energy
(Moving air)
Potential energy
(Rising there)
Latent heat
(Hidden force)
Electrical energy
(Changing course)
Mechanical work
(Shaping shore)
Chemical feedbacks
(And more… and more…)
[Breakdown]
[Minimal Beat, Deep Sub Bass, Spoken Vocal]
Global warming…
(Is only the beginning.)
Temperature is the signal.
Energy…
(Is the story after all)
[Final Chorus]
Extreme Energy Events
(Presents:)
More!
(Rain)
More!
(Strain)
More!
(Fire)
Dire
(Higher)
More extreme
(Now what I mean)
Think not only in degrees
(Think in motion)
Think in gradients and seas
(Think in oceans)
Think in forces, flows, and streams
(And momentum)
Think in joules and what it means
(Where they send them)
Extreme Energy Events
(Presents:)
[Outro]
[Instrumental Outro: Echo Guitar, Rolling Drums, Organ Sustain, Synth Slowly Dissolving]
Extreme energy…
(In motion)
Extreme energy…
(Transformation)
Extreme event
(… in the present)
About the Song
The phrase global warming is widely misunderstood. While it correctly describes a rise in average surface temperature, it understates the real risk: a rapid increase in total system energy. Temperature is only the initial signal. Once excess energy accumulates, it is transferred, converted, and expressed through atmospheric circulation, ocean dynamics, hydrological cycling, and ecological responses.
Global warming is therefore the beginning of climate change — not its endpoint.
Extreme Energy Events
Excess trapped thermal energy is continually transformed into other forms, including:
- Kinetic Energy (stronger winds, faster storm systems)
- Gravitational Potential Energy (enhanced vertical convection, intensified precipitation)
- Latent Heat (phase changes driving hurricanes and atmospheric rivers)
- Radiant Energy (infrared trapping and feedback amplification)
- Chemical Energy (biogeochemical feedbacks, wildfire combustion)
- Electrical Energy (increased lightning frequency in convective systems)
- Mechanical Work (coastal erosion, glacier flow acceleration, ocean mixing)
For a deeper explanation, see:
From Heat to Motion: How Thermal Energy Transforms Across Physical Systems
In 2025, global mean temperatures exceeded the long-recognized 1.5°C threshold. To a casual observer, that number may sound small. In a nonlinear system, it is not.
Small shifts in average temperature translate into large, destabilizing shifts in gradients — temperature gradients, pressure gradients, and moisture gradients. Those gradient changes alter circulation patterns, intensify convection, amplify hydrological extremes, and increase momentum transfer.
What emerges are not merely “weather events,” but what are more accurately described as:
Extreme energy events.
Understanding climate change requires thinking not in degrees —
but in joules.
And in how those joules move.
From the album “Extreme Energy“