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Scientific Plots diagram templates
Scatter, line, heatmap, box, violin, density, contour, regression.
Physics — Timing: Binary Counter
A 2-bit ripple counter dividing the clock.
WaveDromPhysics — Timing: SR Latch
Set and reset pulses driving the output.
WaveDromPhysics — Timing: UART Serial Frame
A start bit, eight data bits and a stop bit.
WaveDromPhysics — Timing: SPI Transfer
Chip-select, clock and the two data lines.
WaveDromPhysics — Timing: I2C Bus
Clock and data lines during an I2C address phase.
WaveDromPhysics — Timing: Shift Register
Data shifts one stage along on each clock.
WaveDromPhysics — H-R Diagram: The Sun's Evolution
The Sun's track from main sequence to white dwarf.
Astronomy (orbital + HR)Physics — H-R Diagram: Stellar Extremes
The most extreme stars across the H-R plane.
Astronomy (orbital + HR)Physics — 55 Cancri System
A five-planet system around a nearby Sun-like star.
Astronomy (orbital + HR)Physics — Tau Ceti System
Planets around the nearest single Sun-like star.
Astronomy (orbital + HR)Physics — TOI-700 System
A red-dwarf system with an Earth-size habitable-zone planet.
Astronomy (orbital + HR)Physics — Gliese 581 System
A well-studied nearby planetary system.
Astronomy (orbital + HR)Physics — H-R Diagram: Hyades Cluster
Members of the nearest open star cluster.
Astronomy (orbital + HR)Physics — Jupiter's Inner System
The Galilean moons plus the small inner moons.
Astronomy (orbital + HR)Chemistry — Phase: copper–tin (bronze)
The classic bronze alloy system.
Phase diagram (materials)Chemistry — Phase: iron–nickel
The Fe-Ni system of meteorites and Invar.
Phase diagram (materials)Chemistry — Phase: nickel–titanium (Nitinol)
The shape-memory alloy system.
Phase diagram (materials)Chemistry — Phase: aluminium–copper (duralumin)
The precipitation-hardening Al-Cu system.
Phase diagram (materials)Chemistry — Phase: iodine (P–T)
The phase diagram of I₂, which sublimes at 1 atm.
Phase diagram (materials)Physics — Home Heat Loss
Where heat escapes from an uninsulated house.
Sankey flowPhysics — Solar PV Panel Energy Flow
Most incident sunlight becomes heat, not electricity.
Sankey flowPhysics — History of Computing
From ENIAC to large language models.
Timeline (history)Physics — History of Nuclear Physics
From radioactivity to fusion ignition.
Timeline (history)Chemistry — History of Materials
From bronze to graphene.
Timeline (history)Physics — Composition of the Sun
The Sun's elemental composition by mass.
Treemap (squarified)Physics — Timing: JK Flip-Flop
J, K and clock driving the toggling output.
WaveDromPhysics — Timing: Johnson Counter
A twisted-ring counter's staggered outputs.
WaveDromPhysics — Timing: PWM Duty Cycles
25%, 50% and 75% pulse-width modulation.
WaveDromPhysics — Timing: Request-Acknowledge
A four-phase request/acknowledge data handshake.
WaveDromPhysics — Kepler-186 System
Five planets including the first Earth-size habitable-zone world.
Astronomy (orbital + HR)Physics — HD 10180 System
One of the richest known exoplanet systems.
Astronomy (orbital + HR)Physics — H-R Diagram: Globular Cluster
An old population with a turnoff and horizontal branch.
Astronomy (orbital + HR)Physics — Upsilon Andromedae System
One of the first multi-planet systems found around a main-sequence star.
Astronomy (orbital + HR)Chemistry — Phase: mercury (P–T)
The phase diagram of mercury.
Phase diagram (materials)Chemistry — Phase: neon (P–T)
The phase diagram of the noble gas neon.
Phase diagram (materials)Chemistry — Phase: magnesium–zinc
A eutectic system forming the MgZn2 intermetallic.
Phase diagram (materials)Chemistry — Phase: cadmium–bismuth (eutectic)
A simple binary eutectic with no solid solubility.
Phase diagram (materials)Earth Science — Meteorology Equations
Lapse rate, humidity and the hydrostatic equation.
LaTeX (KaTeX)Physics — L 98-59 System
A nearby multi-planet system of small worlds.
Astronomy (orbital + HR)Physics — Kepler-444 (an ancient system)
Five sub-Earth planets around an 11-billion-year-old star.
Astronomy (orbital + HR)Physics — H-R Diagram: Cepheid Variables
Pulsating standard-candle stars on the instability strip.
Astronomy (orbital + HR)Physics — H-R Diagram: Red Dwarfs
The faint, cool, most-common stars in the galaxy.
Astronomy (orbital + HR)Chemistry — Phase: iron–chromium (stainless)
The basis of stainless steel, with a brittle sigma phase.
Phase diagram (materials)Chemistry — Phase: titanium–aluminium
Aerospace titanium aluminides.
Phase diagram (materials)Chemistry — Phase: copper–lead (monotectic)
A monotectic system with a liquid miscibility gap.
Phase diagram (materials)Chemistry — Phase: krypton (P–T)
The phase diagram of the noble gas krypton.
Phase diagram (materials)Physics — H-R Diagram: Subdwarfs
Metal-poor halo stars just below the main sequence.
Astronomy (orbital + HR)Physics — H-R Diagram: Famous Binaries
Binary pairs spanning the main sequence and white dwarfs.
Astronomy (orbital + HR)Physics — Gliese 667 C System
A red dwarf with several super-Earths.
Astronomy (orbital + HR)Physics — Gliese 876 System
A resonant chain of planets around a red dwarf.
Astronomy (orbital + HR)Physics — Energy Flow: Nuclear Power Station
Energy losses in a nuclear power station.
Sankey flowPhysics — Energy Flow: Geothermal Plant
Low efficiency of geothermal electricity.
Sankey flowPhysics — Energy Flow: Tidal Power
Tidal turbines convert most captured energy.
Sankey flowPhysics — History of Telescopes
From the first refractor to James Webb.
Timeline (history)Chemistry — History of the Periodic Table
From triads to a completed seventh period.
Timeline (history)Physics — History of Particle Physics
From the electron to the Higgs boson.
Timeline (history)Physics — Electricity Generation Mix
A modern grid electricity mix by source.
Treemap (squarified)Chemistry — Body Water Distribution
How body water splits between compartments.
Treemap (squarified)Physics — Milestones in Spaceflight
From Sputnik to the James Webb telescope.
Timeline (history)Physics — History of Quantum Theory
The founding ideas of quantum mechanics.
Timeline (history)Physics — Hydroelectric Energy Flow
From water's potential energy to electricity.
Sankey flowPhysics — Earth's Atmosphere Composition
The dry atmosphere by volume.
Treemap (squarified)Physics — Bright Stars on the H-R Diagram
Vega and other landmark stars by temperature and luminosity.
Astronomy (orbital + HR)Chemistry — Phase: Naphthalene (P–T)
Solid, liquid and vapour regions of naphthalene.
Phase diagram (materials)Physics — Kepler-90 System
An eight-planet system, like our own Solar System.
Astronomy (orbital + HR)Physics — SR Latch (NOR)
Cross-coupled NOR gates form a set-reset latch.
Digital logic (gates / K-map / truth table)Chemistry — Phase: Bromine (P–T)
Solid, liquid and vapour regions of bromine.
Phase diagram (materials)Chemistry — Phase: Xenon (P–T)
Phase diagram of the noble gas xenon.
Phase diagram (materials)Physics — 2-to-4 Line Decoder
Two inputs select one of four outputs.
Digital logic (gates / K-map / truth table)Physics — Waves & Optics
Wave speed, period, the wave equation and Snell's law.
LaTeX (KaTeX)Chemistry — Phase: Acetic Acid (P–T)
Solid, liquid and vapour regions of acetic acid.
Phase diagram (materials)Physics — Outer Solar System
The gas and ice giants.
Astronomy (orbital + HR)Physics — 1-bit Comparator
Outputs for A greater, equal and less than B.
Digital logic (gates / K-map / truth table)Physics — D-type Latch Timing
Output Q follows D while the clock is high.
WaveDromPhysics — 2-bit Counter Timing
Ripple counter: each bit toggles at half the rate.
WaveDromPhysics — Galilean Moons of Jupiter
Io, Europa, Ganymede and Callisto.
Astronomy (orbital + HR)Physics — 2-to-1 Multiplexer
Select line S routes A or B to the output.
Digital logic (gates / K-map / truth table)Physics — Electromagnetism
Lorentz force, Gauss's law, induction and light speed.
LaTeX (KaTeX)Physics — Quantum Mechanics
Photon energy, de Broglie, uncertainty and Schrodinger.
LaTeX (KaTeX)Physics — Projectile Motion
The parabolic path of a projectile.
PlotlyChemistry — Reaction Progress
Reactant decay and product formation over time.
PlotlyPhysics — Petrol Engine Energy Flow
Only about a quarter of the fuel energy reaches the wheels.
Sankey flowChemistry — Earth's Crust by Element
Element abundance in the crust by mass.
Treemap (squarified)Physics — Development of Relativity
From Michelson-Morley to the expanding universe.
Timeline (history)Physics — 4-to-1 Multiplexer
Two select lines route one of four inputs.
Digital logic (gates / K-map / truth table)Physics — Radioactive Decay
Exponential decay halving each half-life.
PlotlyChemistry — Reactivity Series
Relative reactivity of selected metals.
Vega-LitePhysics — SPI Bus Timing
Chip-select, clock and data lines of an SPI transfer.
WaveDromPhysics — 3-to-8 Line Decoder
Three inputs select one of eight outputs.
Digital logic (gates / K-map / truth table)Physics — Solar Cell Energy Flow
Most incident sunlight is lost as heat.
Sankey flowChemistry — Development of Atomic Theory
From Dalton's atoms to the neutron.
Timeline (history)Chemistry — Chemical Equilibrium (Petri Net)
Forward and reverse reactions as a token net.
Petri NetsPhysics — I2C Bus Timing
Start condition, a data byte and stop on the I2C bus.
WaveDromPhysics — Nuclear Plant Energy Flow
Most fission energy is rejected as waste heat.
Sankey flowPhysics — Milestones in Cosmology
From general relativity to gravitational waves.
Timeline (history)Chemistry — Boyle's Law
Pressure inversely proportional to volume.
PlotlyPhysics — Newton's Law of Cooling
Temperature decays exponentially toward ambient.
PlotlyPhysics — LED Bulb Energy Flow
An LED bulb wastes far less energy than a filament.
Sankey flowChemistry — Discovery of the Elements
From phosphorus to oganesson.
Timeline (history)Physics — Electromagnetic Spectrum
Bands sized by decades of wavelength they span.
Treemap (squarified)