Energy disintegration is a cinematic visual effect in which a person, object, logo, or other subject appears to transform into pure energy before disappearing.

Instead of simply fading away, the subject goes through a visible transformation.

Its surface begins to glow.

Electrical arcs travel across it.

Bright energy develops around the edges.

Sparks shoot into the surrounding environment.

Parts of the subject become translucent.

Glowing particles separate from the surface.

The remaining silhouette becomes unstable.

Finally, the last fragments of light scatter and disappear.

The basic sequence is:

Solid subject → energy activation → glowing edges → electrical instability → particle breakup → light fragments → complete disappearance → residual sparks

This makes energy disintegration ideal for:

• teleportation effects;
• science-fiction scenes;
• superhero transformations;
• gaming cinematics;
• character disappearances;
• futuristic videos;
• AI and technology visuals;
• product transitions;
• logo animations;
• title sequences;
• fantasy effects;
• cinematic scene transitions.

Adobe After Effects provides a strong collection of native tools for building the effect, including:

• Advanced Lightning;
• Beam;
• Glow;
• Fractal Noise;
• Find Edges;
• Turbulent Displace;
• Displacement Map;
• Roughen Edges;
• CC Particle World;
• CC Particle Systems II;
• Scatter;
• Shape Layers;
• Trim Paths;
• masks;
• Track Mattes;
• Motion Blur;
• 3D layers;
• Camera Depth of Field.

The strongest result usually comes from combining several restrained effects rather than applying one extreme effect to the subject.

Affiliate disclosure: This article contains affiliate links. If you purchase Adobe After Effects through one of these links, we may earn a commission at no additional cost to you.

Energy Disintegration vs. Dust and Digital Disintegration

We’ve already explored two related approaches.

Digital disintegration breaks a subject into:

pixels.

blocks.

data fragments.

digital noise.

Dust disintegration uses:

organic particles.

debris.

wind.

ash.

powder.

Energy disintegration uses a different visual language:

electricity.

sparks.

light.

plasma.

glowing particles.

energy trails.

bright fragments.

The subject should feel as though its physical matter is being converted into energy.

If you’d like to build these effects yourself, you can explore Adobe’s current After Effects options here:

Explore Adobe After Effects and current plans

PART 1 — Prepare the Subject

Import:

SUBJECT_FOOTAGE

For this tutorial, imagine a person standing in a futuristic environment.

Separate the person from the background using:

Roto Brush.

manual masking.

green-screen keying.

existing alpha transparency.

Step 1: Pre-compose

Pre-compose the isolated subject as:

SUBJECT_MASTER

Keep the original clean version available.

We will create several duplicates for different stages of the effect.

PART 2 — Decide the Disintegration Direction

Choose how the energy conversion progresses.

Common options include:

feet → head.

head → feet.

left → right.

right → left.

center → outward.

outside → center.

multiple points.

For our primary example:

feet → head

This gives the effect a readable vertical progression.

PART 3 — Create the Destruction Map

Create:

ENERGY_DISINTEGRATION_MAP

Apply:

Fractal Noise.

Increase:

Contrast.

Adjust:

Brightness.

Use medium-sized irregular patterns.

Step 2: Add Directional Gradient

Create:

Gradient Ramp.

Set it vertically.

Animate the gradient:

bottom → top.

Combine it with the Fractal Noise.

Now the subject can disappear progressively from the feet upward.

Project 1 — Basic Energy Dissolve

Use the map as a Track Matte.

The person disappears from bottom to top with an irregular procedural boundary.

At this point, it is still just a dissolve.

Next we’ll transform that boundary into active energy.

PART 4 — Create the Active Disintegration Edge

Duplicate the matte.

Offset the second version slightly.

Subtract them.

Create:

ENERGY_DESTRUCTION_EDGE

This narrow region represents the exact area where matter is being converted into energy.

It can control:

Glow.

electricity.

sparks.

particles.

distortion.

color.

Step 3: Add Glow

Tint the edge:

white.

cyan.

blue.

purple.

orange.

or another energy color.

Apply:

Glow.

Use a bright narrow core plus a wider softer Glow.

Project 2 — Energy Conversion Edge

The destruction boundary now looks illuminated.

As it moves upward:

the person appears to burn away into light.

PART 5 — Create the Energy Version of the Subject

Duplicate:

SUBJECT_MASTER.

Rename:

SUBJECT_ENERGY

Apply:

Tint.

Choose:

cyan/white.

blue/white.

orange/yellow.

or another palette.

Reduce Opacity.

Set blend mode:

Screen.

Add.

or another appropriate light-based mode.

Apply:

Glow.

Step 4: Reveal Energy Before Destruction

The normal subject should transition briefly into SUBJECT_ENERGY before disappearing.

Sequence:

normal body.

energy body.

particles.

nothing.

Project 3 — Matter-to-Energy Conversion

The body becomes luminous near the active edge before breaking apart.

This is much more convincing than directly deleting pixels.

PART 6 — Create an Edge Version

Duplicate:

SUBJECT_MASTER.

Rename:

SUBJECT_EDGES

Apply:

Find Edges.

Invert if necessary.

Tint:

white/cyan.

Add:

Glow.

Reveal this layer near the destruction region.

Why Edge Detection Works

The outline remains visible briefly after surface detail begins disappearing.

This creates a wireframe-like intermediate state.

PART 7 — Create Plasma Inside the Subject

Create:

ENERGY_PLASMA

Apply:

Fractal Noise.

Increase:

Contrast.

Animate:

Evolution.

Colorize it.

Use SUBJECT_MASTER as an Alpha Matte.

The animated texture now exists inside the person’s silhouette.

Step 5: Add Glow

Add a moderate Glow.

Step 6: Animate Evolution

The plasma should remain active.

This makes the subject appear filled with moving energy.

Project 4 — Plasma Conversion

Normal person.

surface begins glowing.

plasma becomes visible.

edges intensify.

particles separate.

body disappears.

PART 8 — Distort the Surface

Apply:

Turbulent Displace

to SUBJECT_ENERGY.

Use moderate settings.

Animate:

Evolution.

The silhouette begins to ripple.

PART 9 — Increase Distortion Near Destruction

The intact area should remain relatively stable.

The area about to disappear can distort more strongly.

Use the active destruction matte to localize the effect where practical.

PART 10 — Add Displacement Map

Use:

ENERGY_PLASMA

or another animated Fractal Noise layer as the displacement source.

Apply:

Displacement Map.

The body appears increasingly unstable.

Project 5 — Energy Instability

Surface ripples.

edges shift.

plasma moves.

Glow fluctuates.

The viewer understands that the subject is losing physical stability.

PART 11 — Add Flicker

Animate Opacity on SUBJECT_ENERGY.

Example:

100%.

80%.

35%.

90%.

0%.

70%.

Use brief irregular bursts.

Avoid continuous flicker.

PART 12 — Add Brightness Pulses

Animate:

Glow Intensity.

Exposure.

or both.

Create:

small pulses.

one or two larger flashes.

PART 13 — Add RGB Separation

During moments of instability:

offset color channels slightly.

Keep the effect subtle.

Return the channels to alignment before each stable moment.

PART 14 — Create Electrical Arcs

Create Solid:

LIGHTNING_01

Apply:

Advanced Lightning.

Position the arc across the subject.

Add:

Glow.

Step 7: Animate Lightning

Animate:

Conductivity State.

Move:

Origin.

Direction.

or endpoints as needed.

PART 15 — Multiple Lightning Layers

Create:

LIGHTNING_01.

LIGHTNING_02.

LIGHTNING_03.

Use short durations.

Example:

one arc across torso.

one along arm.

one near legs.

Project 6 — Electrical Breakdown

The body begins disintegrating.

Electrical arcs appear around the active destruction zone.

Sparks follow.

PART 16 — Electricity Along the Body

Use Shape Layers for more controlled paths.

Draw paths following:

arms.

legs.

torso.

shoulders.

Apply:

Stroke.

Add:

Trim Paths.

Animate:

End:

0% → 100%.

Add:

Glow.

PART 17 — Energy Racing Toward Destruction Edge

Animate energy lines toward the active edge.

This suggests that energy is being pulled toward the disintegration region.

PART 18 — Branching Electricity

Create several secondary paths.

Use:

smaller Stroke width.

shorter duration.

lower Glow.

Project 7 — Energy Drain

Glowing lines travel through the body toward the destruction boundary.

The surface disappears immediately afterward.

PART 19 — Create Sparks

Create:

SPARKS_SMALL

Use:

CC Particle World.

Generate:

small bright particles.

Use:

short lifespan.

high velocity.

Step 8: Position Producer

Move the emitter with the active destruction edge.

Sparks should originate where matter is disappearing.

PART 20 — Spark Direction

For a feet-to-head disintegration:

sparks can travel:

outward.

upward.

sideways.

Use variation.

PART 21 — Larger Sparks

Create:

SPARKS_LARGE

Use:

lower Birth Rate.

larger particles.

greater speed.

These provide occasional visual accents.

Project 8 — Spark Disintegration

The energy boundary climbs the body.

Sparks shoot away from it.

The remaining silhouette glows.

PART 22 — Create Fine Energy Particles

Create:

ENERGY_PARTICLES_FINE

Use:

many small particles.

These should drift farther than sparks.

Sparks are:

fast.

brief.

Energy particles are:

slower.

more numerous.

longer-lived.

PART 23 — Medium Energy Fragments

Create:

ENERGY_FRAGMENTS_MEDIUM

Use:

small luminous pieces.

squares.

irregular fragments.

PART 24 — Large Light Fragments

Use only a few.

Create:

ENERGY_FRAGMENTS_LARGE

Animate:

Position.

Rotation.

Scale.

Opacity.

Add:

Glow.

Why Multiple Scales Matter

The visual hierarchy becomes:

large pieces.

medium fragments.

fine particles.

tiny sparks.

This makes the breakup much richer.

Project 9 — Multi-Scale Energy Breakup

Surface converts to energy.

large glowing fragments separate.

medium pieces scatter.

fine particles follow.

sparks flash around the boundary.

PART 25 — Fragments from the Actual Subject

Duplicate SUBJECT_MASTER.

Create small masked sections.

Animate them away.

Before they disappear:

Tint them.

increase Glow.

reduce detail.

This creates the illusion that actual pieces of the person are becoming energy.

PART 26 — Fragment Color Transition

A fragment can begin:

normal color.

Then become:

desaturated.

cyan.

white.

Then:

Glow.

Finally:

particle-like.

PART 27 — Fragment Rotation

Enable 3D for larger pieces.

Animate:

X Rotation.

Y Rotation.

Z Rotation.

PART 28 — Motion Blur

Enable Motion Blur for:

fast fragments.

sparks.

energy streaks.

Avoid excessive blur on small detailed lightning.

PART 29 — Energy Trails

Create Shape Layer paths moving away from the subject.

Add:

Stroke.

Trim Paths.

Glow.

Step 9: Animate Quickly

Trails should usually exist for only a short period.

PART 30 — Curved Energy Trails

Straight lines can look mechanical.

Use curved paths for:

plasma.

magic.

superhero energy.

PART 31 — Radial Energy Trails

For center-out destruction:

send trails in multiple directions.

Project 10 — Light Trail Disintegration

Fragments leave the body.

Bright trails follow.

Trails fade.

Fine particles remain.

PART 32 — Create Energy Rings

Energy rings can appear around the destruction region.

Use:

Ellipse Shape Layers.

Stroke.

Glow.

Animate:

Scale.

Opacity.

Step 10: Move Rings with Disintegration

For a vertical effect:

ring begins at feet.

moves upward.

body disappears behind it.

Project 11 — Scanning Energy Disintegration

Bright ring travels upward.

Everything below the ring has converted into particles and light.

PART 33 — Horizontal Energy Ring

Use for:

left-to-right.

right-to-left.

scanner-style destruction.

PART 34 — Expanding Radial Ring

Start at center of body.

Ring expands.

Subject disappears inside the expanding boundary.

PART 35 — Energy Beam Removal

Create a vertical beam around the person.

As the beam intensifies:

body disappears.

Useful for:

teleportation.

alien abduction.

sci-fi transport.

PART 36 — Beam + Particles

Particles can move upward through the beam.

This suggests that the subject is being converted into energy and transported.

Project 12 — Teleport Beam

Beam activates.

body glows.

energy ring rises.

particles stream upward.

person disappears.

beam shuts down.

PART 37 — Create Upward Particle Stream

Instead of scattering outward:

send particles upward.

This works particularly well for teleportation.

PART 38 — Stretch Particles Vertically

Use:

Directional Blur.

Motion Blur.

elongated particle shapes.

PART 39 — Add Vertical Light Streaks

Create thin Shape Layers.

Animate upward.

Add:

Glow.

PART 40 — Final Energy Burst

When the last part of the subject disappears:

create a short burst.

Use:

Exposure.

Glow.

particles.

sparks.

Project 13 — Final Flash

Body nearly gone.

head remains.

bright pulse.

last fragments scatter.

empty scene.

PART 41 — Leave Residual Particles

Don’t remove everything on the same frame.

After the person disappears:

small particles drift.

one or two sparks appear.

light Glow fades.

PART 42 — Residual Plasma

A faint plasma cloud can remain briefly.

Use:

Fractal Noise.

Glow.

low Opacity.

PART 43 — Residual Smoke or Haze

For cinematic scenes:

add subtle atmospheric residue.

This works particularly well for:

orange energy.

hot plasma.

superhero effects.

PART 44 — Environmental Light Spill

Energy should illuminate nearby surfaces.

Create:

ENERGY_LIGHT_SPILL

Use:

soft Shape Layers.

Blur.

Screen/Add blend.

Place light on:

ground.

walls.

nearby objects.

Step 11: Animate Spill

Increase as energy intensifies.

Reduce after the subject disappears.

Project 14 — Environment Reaction

The ground becomes brighter.

nearby wall reflects cyan light.

subject disintegrates.

environment returns to normal.

PART 45 — Ground Contact Energy

Create Glow around the feet.

As disintegration begins:

increase brightness.

Then move upward or fade.

PART 46 — Reflection

For reflective floors:

create a reflection of the energy subject.

As the subject disappears:

reflection should disappear too.

PART 47 — Energy Shadow

During the brightest stage:

traditional dark shadows may weaken.

Reduce them as energy output increases.

PART 48 — Haze Interaction

Add subtle atmospheric haze.

The Glow can illuminate it.

This gives light more volume.

PART 49 — 3D Energy Particles

Pre-compose particles.

Place layers at different Z positions.

Add:

Camera.

Now fragments can pass:

in front of Camera.

behind subject.

through midground.

PART 50 — Foreground Particles

Use:

larger size.

more blur.

higher speed.

Only a few.

PART 51 — Background Particles

Use:

smaller size.

lower contrast.

slower movement.

PART 52 — Camera Depth of Field

Blur particles according to depth.

Keep the active destruction region relatively clear.

Project 15 — Cinematic 3D Disintegration

Camera slowly pushes toward subject.

body destabilizes.

energy fragments fly through foreground.

person disappears.

Camera continues through residual particles.

PART 53 — Camera Shake

Use small Camera shake during:

major energy burst.

large lightning event.

final disappearance.

Avoid continuous shake.

PART 54 — Push-In Camera

A slow Camera push can intensify the moment.

PART 55 — Pull-Back Camera

A pull-back can emphasize:

large energy explosion.

teleportation.

environmental scale.

PART 56 — Freeze Before Disintegration

A useful cinematic technique:

person moving.

movement slows.

subject freezes.

energy begins.

disintegration occurs.

This simplifies rotoscoping and creates dramatic emphasis.

Project 16 — Freeze and Convert to Energy

Person turns.

freezes.

electrical flicker.

surface glows.

energy edge climbs.

person disappears.

PART 57 — Moving Subject Disintegration

For a more advanced result:

keep the subject moving.

This requires:

accurate roto.

tracked destruction maps.

tracked particle sources.

PART 58 — Hand Disintegration

Start at fingertips.

Move:

hand → arm → shoulder → torso.

This gives viewers a clear visual starting point.

PART 59 — Face Last

For emotional scenes:

leave the face recognizable until late in the effect.

Then:

eyes.

features.

head.

convert to energy.

PART 60 — Face First

For horror or aggressive sci-fi:

start around:

eyes.

head.

face.

This creates a very different emotional result.

PART 61 — Product Energy Disintegration

Use the same effect on:

smartphones.

computers.

cars.

cameras.

machinery.

Product Style

Use:

clean edges.

precise light trails.

controlled particles.

minimal chaotic sparks.

PART 62 — Phone Disintegration

Sequence:

screen glitches.

edges glow.

surface becomes wireframe.

pixels/light fragments leave.

device disappears.

PART 63 — Car Disintegration

Use:

headlights.

wheel edges.

body contours.

energy trails.

Project 17 — Vehicle-to-Energy

Car begins glowing.

energy races along body lines.

panels convert into light.

particles scatter.

car disappears.

PART 64 — Logo Energy Disintegration

Create:

logo.

edge Glow.

Trim Paths.

particle breakup.

Step 12: Outline First

Before logo disappears:

make its outline brighter.

Step 13: Break into Particles

Use matte and particle systems.

Project 18 — Logo Energy Dissolve

Logo visible.

edges illuminate.

electricity crosses letters.

particles scatter.

logo disappears.

PART 65 — Text Energy Disintegration

Pre-compose text.

Use:

Fractal Noise matte.

Glow.

Shape Layer electricity.

particles.

PART 66 — Per-Letter Destruction

Destroy characters sequentially.

For example:

AFTER → AFTE → AFT → AF → A.

Or use randomized order.

PART 67 — Word-by-Word Destruction

Useful for:

trailers.

cinematic titles.

promotional videos.

PART 68 — Building Energy Disintegration

Convert a building into:

wireframe.

light.

particles.

Project 19 — Digital Building Removal

Building edges glow.

windows turn into data lights.

structure becomes wireframe.

particles lift away.

building disappears.

PART 69 — City Disintegration

Stagger buildings.

Avoid removing the entire city simultaneously.

PART 70 — Terrain Energy Disintegration

Use:

contours.

glowing grid.

particle breakup.

This can transition a realistic landscape into:

digital map.

hologram.

empty space.

PART 71 — Globe Disintegration

Break a globe into:

network nodes.

light arcs.

particles.

PART 72 — Environment Energy Disintegration

Split scene into:

foreground.

midground.

background.

Destroy them progressively.

Project 20 — World Dissolve

Foreground turns to energy.

city follows.

sky becomes particles.

entire world disappears into light.

PART 73 — Use Energy Disintegration as a Transition

Scene A can disintegrate.

Energy particles fill the frame.

Scene B appears behind them.

Particles clear.

PART 74 — Full-Frame Energy Cover

Increase:

Glow.

particles.

streaks.

until they temporarily hide the edit.

Cut to Scene B.

Then fade the effects.

PART 75 — Match Direction

If energy moves upward in Scene A:

continue upward movement in Scene B.

PART 76 — Match Color

Keep energy palette consistent across the transition.

Project 21 — Energy Scene Transition

Scene A destabilizes.

light fragments fill frame.

hidden cut.

particles continue.

Scene B appears.

PART 77 — Energy Disintegration to Materialization

Combine this tutorial with the previous one.

Person A disintegrates.

Particles travel.

Person B reconstructs.

Sequence

Person A.

energy activation.

disintegration.

particle stream.

reconstruction.

Person B.

PART 78 — Teleport Between Locations

Scene A:

subject disappears.

Scene B:

subject materializes.

Match:

pose.

Scale.

Camera angle.

lighting.

PART 79 — Teleport Object

The same approach works for:

products.

vehicles.

weapons in fictional scenes.

props.

PART 80 — Portal Transport

Instead of scattering energy everywhere:

send fragments into a portal.

Then reconstruct them on the other side.

Project 22 — Portal Disintegration

Portal opens.

energy pulls from subject.

body fragments move toward portal.

person disappears.

portal closes.

PART 81 — Color Palettes

Classic Technology

Cyan + blue + white.

Superhero

Orange + yellow + white.

Alien

Green + teal.

Dark Energy

Purple + magenta.

Dangerous Energy

Red + orange.

Clean Futuristic

White + pale blue.

PART 82 — Use White Energy Cores

A useful structure:

white core.

colored inner Glow.

darker colored outer Glow.

This produces more luminous depth.

PART 83 — Don’t Clip Every Highlight

Preserve some internal detail.

A completely white subject quickly becomes visually flat.

PART 84 — Higher Bit Depth

Consider working at:

16 bpc

for smoother Glow and gradients.

PART 85 — Timing the Effect

A typical sequence might be:

0–15%:

small instability.

15–35%:

Glow and plasma.

35–65%:

active particle breakup.

65–90%:

major disintegration.

90–100%:

residual particles.

PART 86 — Don’t Use Linear Progress

Start slowly.

Accelerate through the main breakup.

Slow near the end.

PART 87 — Graph Editor

Use the Graph Editor to control:

destruction progress.

particle movement.

Glow intensity.

Camera movement.

PART 88 — Particle Velocity

Fragments can accelerate away from the subject.

This creates a stronger release of energy.

PART 89 — Energy Collapse

Alternatively:

particles slow after leaving.

They drift and fade.

PART 90 — Master Energy Disintegration Controller

Create:

ENERGY_DIS_CTRL

Add:

Disintegration Progress.

Edge Width.

Energy Amount.

Glow Intensity.

Lightning Amount.

Spark Density.

Particle Density.

Distortion.

Final Fade.

PART 91 — Disintegration Progress

Use:

0% = intact.

100% = gone.

PART 92 — Energy Amount

Control how strongly the body becomes luminous before disappearing.

PART 93 — Lightning Amount

Control electrical intensity independently.

PART 94 — Spark Density

Adjust short-lived energetic debris.

PART 95 — Particle Density

Adjust longer-lived fragments.

PART 96 — Distortion

Control surface instability.

Build Reusable Presets

Create:

CYAN ENERGY DISSOLVE

TELEPORT DISINTEGRATION

ELECTRIC DISAPPEARANCE

PLASMA DISSOLVE

SUPERHERO DISINTEGRATION

PRODUCT ENERGY DISSOLVE

LOGO ENERGY DISSOLVE

PORTAL DISINTEGRATION

Recommended Project Organization

Create folders:

SUBJECT

MATTES

ENERGY_BODY

PLASMA

EDGES

LIGHTNING

SPARKS

PARTICLES

TRAILS

LIGHT_SPILL

AUDIO

CONTROLS

Suggested Layer Stack

FOREGROUND_SPARKS

ENERGY_TRAILS

LIGHTNING

LARGE_FRAGMENTS

FINE_PARTICLES

ENERGY_EDGE

SUBJECT_EDGES

SUBJECT_PLASMA

SUBJECT_ENERGY

SUBJECT_MASTER

LIGHT_SPILL

BACKGROUND

ENERGY_DIS_MAP

ENERGY_DIS_CTRL

AUDIO

Common Mistake: Subject Just Fades Away

Use a visible conversion process.

Common Mistake: Particles Appear Everywhere

Generate them primarily around the active destruction boundary.

Common Mistake: Too Much Lightning

Use a few purposeful arcs.

Common Mistake: Everything Has Maximum Glow

Create brightness hierarchy.

Common Mistake: No Surface Instability

Distort the body before it disappears.

Common Mistake: All Fragments Are Same Size

Mix large fragments, fine particles, and sparks.

Common Mistake: No Residual Energy

Leave particles after the body disappears.

Common Mistake: Environment Doesn’t React

Add light spill and reflections.

Common Mistake: Energy Palette Is Too Complicated

Use one dominant color family.

Common Mistake: No Sound

Sound is essential for selling the energy conversion.

Basic Energy Disintegration Quick Recipe

1. Isolate subject.
2. Pre-compose.
3. Create Fractal Noise map.
4. Add directional gradient.
5. Animate disintegration.
6. Create active energy edge.
7. Add Glow.
8. Create energy version.
9. Create edge version.
10. Add plasma.
11. Add surface distortion.
12. Add lightning.
13. Add sparks.
14. Add fine particles.
15. Add larger fragments.
16. Add energy trails.
17. Add environmental light.
18. Leave residual particles.
19. Add sound.
20. Refine.

Teleportation Recipe

Use:

vertical energy progression.

upward particles.

beam.

energy rings.

final flash.

Superhero Recipe

Use:

strong Glow.

sparks.

plasma.

bright trails.

impact sound.

Product Recipe

Use:

clean edge animation.

controlled particles.

minimal lightning.

precise timing.

Logo Recipe

Use:

Trim Paths.

edge Glow.

particle breakup.

short electrical accents.

Portal Recipe

Use:

directional particle pull.

light trails.

portal Glow.

final suction effect.

Five Essential Energy Disintegration Exercises

Exercise 1 — Glowing Destruction Edge

Build the active energy-conversion boundary.

Exercise 2 — Plasma Surface

Transform the subject from normal texture to moving energy.

Exercise 3 — Electrical Breakup

Add lightning and sparks.

Exercise 4 — Multi-Scale Particle Release

Combine large fragments, fine particles, and tiny sparks.

Exercise 5 — Full Teleportation Disintegration

Combine energy conversion, particle movement, environmental lighting, and sound.

Master these five exercises and you’ll understand the foundation of cinematic energy disintegration.

Frequently Asked Questions

How do I create an energy disintegration effect in After Effects?

Create a procedural destruction matte, transform the area around its active boundary into glowing energy, and add electrical arcs, sparks, particles, fragments, and light trails as the subject disappears.

Can I create this effect without plug-ins?

Yes.

Many variations can be built with native After Effects tools.

How do I create the destruction boundary?

Combine an animated directional gradient with Fractal Noise and derive a narrow band from two offset matte versions.

How do I create lightning?

Advanced Lightning is one native option. Shape Layer paths with Stroke, Trim Paths, and Glow provide additional control.

How do I make the subject look like energy?

Use Tint, Glow, animated Fractal Noise, Find Edges, transparency, and displacement.

Can I create a teleportation effect?

Yes.

Use vertical disintegration, energy particles, a beam, rings, and then reconstruct the subject in another scene.

Can I disintegrate a product?

Yes.

Use cleaner fragmentation and more controlled particle behavior.

Can I disintegrate text or logos?

Yes.

Pre-compose the artwork and use the same procedural matte and energy layers.

Should the environment react?

Yes.

Subtle light spill and reflections help integrate the effect.

Do I need third-party plug-ins?

No.

Practice Project: Person Disintegrates into Electrical Energy

Create:

ENERGY_DISINTEGRATION_MASTER

at:

1920 × 1080.

Import:

BACKGROUND — Futuristic City

and:

SUBJECT — Person

Isolate the person.

Pre-compose:

SUBJECT_MASTER

Create:

ENERGY_DIS_MAP

Apply:

Fractal Noise.

Increase:

Contrast.

Add:

bottom-to-top directional gradient.

Animate:

0% → 100%.

Create:

ENERGY_EDGE

Add:

white core.

cyan Glow.

Create:

SUBJECT_ENERGY

Tint:

cyan/blue.

Add:

Glow.

Create:

SUBJECT_EDGES

Apply:

Find Edges.

Add:

cyan Glow.

Create:

PLASMA

Use:

animated Fractal Noise.

Matte it inside the subject.

Add:

Turbulent Displace.

Create:

LIGHTNING

Use several short Advanced Lightning layers.

Create:

SPARKS

Use fast short-lived particles.

Create:

ENERGY_PARTICLES

Use smaller longer-lived glowing particles.

Create:

ENERGY_FRAGMENTS

Use several larger luminous pieces.

Create:

ENERGY_TRAILS

Use Shape Layer paths with Trim Paths and Glow.

Begin with the person fully normal.

Add subtle electrical flicker.

Energy begins around the feet.

The lower legs become plasma.

Bright boundary moves upward.

Sparks shoot outward.

Fragments separate.

Energy trails leave the body.

Torso disappears.

Arms convert to light.

Face remains briefly.

Head glows.

Final electrical pulse.

Last particles scatter.

Person is gone.

Leave several residual sparks and particles.

Fade environmental cyan light.

Sound design:

low electrical hum.

rising energy tone.

electrical crackles.

particle shimmer.

strong final pulse.

short residual static.

The viewer should experience:

normal person.

energy instability.

body becoming luminous.

electrical breakup.

particle conversion.

complete disappearance.

residual energy.

That project teaches:

procedural disintegration,

active energy boundaries,

plasma surfaces,

electricity,

sparks,

particle breakup,

energy trails,

environmental lighting,

and:

sound design.

If you’d like to create these effects yourself, you can explore Adobe’s current After Effects options below:

Get Adobe After Effects and start creating energy disintegration, teleportation, electrical breakup, glowing particle, and cinematic transformation effects

What Should You Learn Next?

Energy disintegration and materialization give us the two halves of a complete teleportation workflow.

The next logical step is to combine them into one seamless effect:

disappear in one location → travel as energy → reconstruct in another location.

We’ll cover:

departure effects.

arrival effects.

matching body positions.

energy beams.

particle continuity.

light flashes.

scene transitions.

Camera matching.

environmental lighting.

sound synchronization.

The next article will therefore be:

How to Create a Teleportation Effect in Adobe After Effects: Disintegrate a Person into Energy and Reconstruct Them in Another Location.

Final Thoughts

A strong energy disintegration effect should look like conversion rather than deletion.

The subject starts as matter.

Then it becomes unstable.

Energy becomes visible beneath the surface.

The edges begin glowing.

Electricity travels through the body.

Fragments break away.

Particles and sparks carry the energy outward.

Finally, the remaining light disappears.

The most useful visual sequence is therefore:

matter → instability → plasma → electricity → particles → light → empty space.

Once you understand that progression, you can use it for people, products, logos, typography, vehicles, buildings, environments, portals, and teleportation sequences.

Explore Adobe After Effects and start creating professional energy disintegration and teleportation effects