Gifts for Math Lovers & Engineers

Art that rewards knowing the math — but doesn't require it. Every print in this collection is generated from a real equation: Lissajous curves, Lorenz attractors, Fourier decompositions, coupled pendulums. The piece is beautiful on its own. The equation printed alongside it is a second layer for those who read that language.

These make exceptional gifts for mathematicians, physicists, engineers, data scientists, and anyone who finds elegance in precision. Each print ships flat in a rigid mailer, ready to frame.

Museum-quality giclée on Hahnemühle German Etching 310gsm. Three sizes: 12×8" ($45), 24×16" ($95), 36×24" ($175). Free shipping.

Not sure which piece? The 12×8" size at $45 is the perfect entry point — museum-grade paper, real equation, ready to frame.

CONNECTION

Two forms moving through the same space. Neither leads nor follows. The gap between them is the relationship.

Magnetic — minimalist mathematical fine art print from the connection series by Geometry of Feeling

Magnetic

B = B₁ + B₂, ∇×B = μ₀J

Lorenz — minimalist mathematical fine art print from the connection series by Geometry of Feeling

Lorenz

dx/dt = σ(y−x), dy/dt = x(ρ−z)−y

Phase Sync — minimalist mathematical fine art print from the connection series by Geometry of Feeling

Phase Sync

dθ/dt = ω + (K/N)Σsin(θⱼ−θᵢ)

Torus Knot — minimalist mathematical fine art print from the connection series by Geometry of Feeling

Torus Knot

x = (R+r·cos(qt))cos(pt)

Lissajous — minimalist mathematical fine art print from the connection series by Geometry of Feeling

Lissajous

x = sin(3t), y = sin(2t + φ)

AWE

The cosmic sublime. Solar coronas, gravitational waves, ten thousand galaxies in a single frame.

Eclipse — minimalist mathematical fine art print from the awe series by Geometry of Feeling

Eclipse

I(r) = I_corona / r

Singularity — minimalist mathematical fine art print from the awe series by Geometry of Feeling

Singularity

r(φ) = a(1-e²)/(1+e·cosφ)

Radiance — minimalist mathematical fine art print from the awe series by Geometry of Feeling

Radiance

I(r) = I₀/r²

Cosmic Web — minimalist mathematical fine art print from the awe series by Geometry of Feeling

Cosmic Web

ρ(r) ~ Σ G_ij / r

Deep Field — minimalist mathematical fine art print from the awe series by Geometry of Feeling

Deep Field

N(>S) ~ S^{-3/2}

Gravitational Waves — minimalist mathematical fine art print from the awe series by Geometry of Feeling

Gravitational Waves

h(r,t) = A·cos(kr-ωt)/r

Murmuration — minimalist mathematical fine art print from the awe series by Geometry of Feeling

Murmuration

v_i = α·align + β·cohere + γ·separate

Overview — minimalist mathematical fine art print from the awe series by Geometry of Feeling

Overview

h/R ≈ 0.01‰

WONDER

The feeling of going deeper and finding no end. Recursive depth, strange attractors, patterns that never repeat.

Apollonian Gasket — minimalist mathematical fine art print from the wonder series by Geometry of Feeling

Apollonian Gasket

k₄ = k₁+k₂+k₃ + 2√(k₁k₂+k₂k₃+k₁k₃)

Transform — minimalist mathematical fine art print from the wonder series by Geometry of Feeling

Transform

w = z + a/(z − z₀)

Meditation — minimalist mathematical fine art print from the wonder series by Geometry of Feeling

Meditation

w = R²/z̄

GROWTH

One rule applied thirteen levels deep. A meadow growing at its own pace. The mathematics of reaching toward light.

Branch — minimalist mathematical fine art print from the growth series by Geometry of Feeling

Branch

A→F[−θA][+θA], 13 levels, θ=35°, r=0.82

Strata — minimalist mathematical fine art print from the growth series by Geometry of Feeling

Strata

h(n) = 0.1 + H·(n/N)^1.3, color(n) = palette[(n/N)^0.65]

Mycelium — minimalist mathematical fine art print from the growth series by Geometry of Feeling

Mycelium

SC(attract, kill, step) + nutrient zones

Arise — minimalist mathematical fine art print from the growth series by Geometry of Feeling

Arise

x(t) = x₀ − d·α·t, y(t) = y₀ + H·t

RESILIENCE

Stronger where it was hit. Systems that break and reform past where they started.

Forged — minimalist mathematical fine art print from the resilience series by Geometry of Feeling

Forged

σ_y(ε) = σ₀ + Kε^n

Growth — minimalist mathematical fine art print from the resilience series by Geometry of Feeling

Growth

dN/dt = r(K' - N), K' > K

Phoenix — minimalist mathematical fine art print from the resilience series by Geometry of Feeling

Phoenix

f(t) = A(1 - e^{-t/τ₁})e^{t/τ₂}, τ₂ > τ₁

Recovery — minimalist mathematical fine art print from the resilience series by Geometry of Feeling

Recovery

x(t) = x_eq + (x₀-x_eq)e^{-t/τ} + overshoot

Repair — minimalist mathematical fine art print from the resilience series by Geometry of Feeling

Repair

G(t) = G₀(1 - e^{-t/τ_r}) · H(t-t_d)

PEACE

After all forces have balanced. Sand shaped by wind. Water with no gradient. The mathematics of having arrived.

Guardian — minimalist mathematical fine art print from the peace series by Geometry of Feeling

Guardian

V(r) = q₁/|r−r₁| + q₂/|r−r₂|

Horizon — minimalist mathematical fine art print from the peace series by Geometry of Feeling

Horizon

y → c as x → ±∞

Dialogue — minimalist mathematical fine art print from the peace series by Geometry of Feeling

Dialogue

r(θ) = R + Σ aₖsin(kθ + φₖ), k ∈ {1,2,3,5,8}

Breath — minimalist mathematical fine art print from the peace series by Geometry of Feeling

Breath

A(t) = A₀·sin(2πt/T)

Harmonic — minimalist mathematical fine art print from the peace series by Geometry of Feeling

Harmonic

ψ = A·sin(nπx/L)·sin(nπy/L)

Cloud — minimalist mathematical fine art print from the peace series by Geometry of Feeling

Cloud

ρ(x,y) = Σ Gₖ(x,y,σₖ)

CYCLES

Patterns that return without being asked. Loops that take two passes to complete. Orbits that always come home.

Möbius — minimalist mathematical fine art print from the cycles series by Geometry of Feeling

Möbius

R·eⁱᵗ + r·cos(t/2)·eⁱᵗ

Seasons — minimalist mathematical fine art print from the cycles series by Geometry of Feeling

Seasons

T(t) = T̄ + A·sin(2πt/P + φ)

Loom — minimalist mathematical fine art print from the cycles series by Geometry of Feeling

Loom

x(t) = x(t + T), T = 2π/ω

Tidal — minimalist mathematical fine art print from the cycles series by Geometry of Feeling

Tidal

h(t) = Σ Aₙcos(ωₙt + φₙ)

Phase Portrait — minimalist mathematical fine art print from the cycles series by Geometry of Feeling

Phase Portrait

x'' − μ(1−x²)x' + x = 0

Breathing — minimalist mathematical fine art print from the cycles series by Geometry of Feeling

Breathing

r(t) = r₀ + A·sin(ωt + φ)

Custom Pieces

Want a truly one-of-a-kind gift? Commission a custom print — choose any equation, any palette, any size.