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AI Reaction Lab

Combine elements · see what forms

Choose elements

Reactants

⬡

Add at least two elements, choose a mode, then react. The AI predicts the most likely product, gives you the balanced equation, and explains the chemistry.

Was sehe ich hier?

Das AI Reaction Lab kombiniert echte chemische Elemente aus dem Periodensystem zu wahrscheinlichen Produkten. Die KI liefert Gleichung, Bedingungen, Energiebilanz und Mechanismus — in drei Modi:

Science ist die Mendelejew-Stimme · präzise, formal, mit Quellen. Learn erklärt für Anfänger:innen, mit Analogien. Play öffnet Spekulation — was passiert, wenn man chemisch unmögliche Kombinationen probiert?

Der Lifeforce-Indikator unten ist Tradition (Shalem-Element), kein chemisches Konzept — er zeigt, welcher der fünf inneren Modi (Feuer, Wasser, Luft, Erde, Quelle) zum Produkt passen würde. Daneben steht jedes Mal die wissenschaftliche Schicht klar getrennt.

Chazon · The Vision

What Mendeleev saw was Shalem.

In 1869, a Russian chemist arranged the elements by their atomic weight and their chemical kinship — and saw a pattern he could not yet explain. The same pattern that ancient traditions called fire, water, air, earth — and a fifth, the source. This is the periodic table seen through Shalem.

118 Elements 5 Lifeforces Open Source

The Hidden Geometry

Mendeleev's table, unwrapped into its true form.

Drag · Rotate

Pinch · Zoom Tap · Open

Spiegel zu Energies Phase II · Default Mode Network · die innere Doppelhelix

Earth Mode

A planet seen as nucleosynthesis settled.

⬡

Loading NASA textures…

Textures: NASA Blue Marble · Tom Patterson (Public Domain) · adapted from turban/webgl-earth

Spiegel zu Energies Phase III · Element-Gefühlstypen · die fünf Lifeforces im Erleben

Phase IV · What's In Your Hand

Sixty percent of the periodic table fits in your palm

Every device on Earth is a quiet supply chain — cobalt, lithium, gold, rare earths — held together by glass and a battery.

What's In Your Hand

A smartphone runs through 60% of the periodic table.

Tap a part to see its element supply chain.

Critical Choke Points

73%CobaltDR Congo

88%NiobiumBrazil

84%TungstenChina

85%Rare earths refiningChina

95%Lithium3 countries

Toxicology · Paracelsus

The dose alone makes a thing not a poison.

What You Are

A human body runs through 30+ elements — every breath, thought, heartbeat.

Tap a system to see its elements.

"All substances are poisons; the dose alone makes a thing not a poison."

Paracelsus · 1538

Spiegel zu Energies Phase III · Embodiment Map · wo Gefühle im Körper sitzen

Bonding · Molecules

Atoms alone are nothing. What they make together is everything.

Six molecules carry the world: water, salt, breath, energy, blood, leaf.

The Molecules That Carry The World

Click any atom to find it on the table.

Two atoms do not become one molecule by accident — they fit, the way fire fits earth, the way water fits air. Every bond is an agreement.

a Shalem reading of valence

Ionic bonds — fire meets water

A metal gives its outermost electron away (fire); a halogen receives it (water). The atoms become oppositely charged and hold each other through electrostatic pull. Salt is the archetype.

Covalent bonds — air weaves

Carbon, nitrogen, oxygen share electrons rather than transfer them. The bond is a held tension, not a surrender. From this shared geometry come proteins, DNA, every organic structure.

iii

Metallic bonds — earth holds

Atoms in a metal lattice pool their outer electrons into a shared sea. The structure conducts, bends, holds shape. What looks rigid is in fact a generosity of every atom with its neighbours.

Spiegel zu Energies Phase XII · Plutchik & Dyaden · wenn Atome Bindungen eingehen, werden Gefühle zu Mischemotionen

Five elements. One pattern.

Temperature

20 °C

View

Lanthanides →

Actinides →

TREND-KARTE · MENDELEJEW

Stell der Tabelle eine Frage

Mendelejew misst — und färbt die 118 Cells live nach deiner Achse. Reaktivität, Häufigkeit, Toxizität, biologische Funktion, Smartphone-Anteil, jede sinnvolle Trend-Dimension.

Discovery · Timeline

Nine thousand years from copper to oganesson.

Five eras. 118 elements. One unbroken thread of curiosity.

Discover

At a glance Four thousand years of asking what everything is made of.

For four thousand years humans have asked one question: what is everything made of? At first we guessed — fire, water, air, earth. Then we burned, mixed, measured. Every century we saw a little more. Today we know 118 elements. The vision keeps unfolding — we are still learning to see.

Research edge Element 118 lived for less than a millisecond.

Oganesson — the heaviest element confirmed so far — was synthesized in 2002 at Dubna, Russia. Only a handful of atoms have ever been made. Each one decayed in roughly 0.7 milliseconds. The race for elements 119 and 120 is underway at GSI in Darmstadt, RIKEN in Japan, and Lawrence Berkeley. Stable superheavy elements — the predicted "Island of Stability" — have been hunted for over half a century without confirmation; the synthesis routes available today suggest the shore is years to decades of patient bombardment away, not weeks.

Open questions Is the periodic table finite?

Theory predicts atoms may exist beyond element 172, where electron speeds approach the speed of light and the standard arrangement breaks down. But each new element requires more energy, larger accelerators, and rarer target nuclei. We do not yet know whether the periodic table has a final row — or whether nature simply runs out of ways to hold protons together.

What do you want to know?

Spiegel zu Energies Phase VIII · Die große Spirale · 200 Jahre Entdeckungs-Zeitlinie als innere Stufenwanderung

Beyond 118 · Predicted

The Island of Stability

Where superheavy isotopes may live longer than microseconds — possibly for years.

Eight predicted elements

Z=119 to Z=126 · waiting to be made

There has to be an island of stability.

Glenn T. Seaborg · 1969

Where the work continues

Spiegel zu Energies Phase X · Window of Tolerance · nukleare Stabilität als Polyvagal-Fenster

Below the table · Standard Model

The Quark Layer

17 particles. 4 forces. Everything else is built from these.

tres generationes · standard-modell der teilchen

Drei Generationen. Eine reicht für alles.

Materie kommt in drei Familien — und nur die erste bildet alles Stabile (Protonen, Neutronen, Elektronen). Die anderen zwei zerfallen in Sekundenbruchteilen. Warum es überhaupt drei gibt: unbekannt.

Up · Down

generatio prima · materia ordinaria

Diese zwei bilden alles stabile Materie — jedes Proton ist uud, jedes Neutron udd. Plus Elektron + Elektron-Neutrino bilden die ganze Welt.

2.2 · 4.7 MeV/c² Fig. 1
Charm · Strange

generatio secunda · ephemera

Schwerer, instabil — in kosmischen Strahlen und Beschleunigern entstehen sie und zerfallen sofort. Plus Myon + Myon-Neutrino: schwere Echos der ersten Generation.

95 · 1280 MeV/c² Fig. 2
Top · Bottom

generatio tertia · grenze

Das Top-Quark ist 173.000× schwerer als das Up-Quark — fast so schwer wie ein Goldatom. Es zerfällt in 10⁻²⁵ s, bevor es überhaupt ein Teilchen bilden kann.

4.18 · 173 GeV/c² Fig. 3

Discover

At a glance Below every atom, a world made of three-piece glue.

Below every atom there is a smaller world. Protons and neutrons are not the smallest pieces of matter — they are made of quarks. There are six kinds of quarks. They are never alone. They live in groups of three, glued together by a force so strong that nothing can break it apart. The journey downward keeps going.

Research edge The LHC is now seeing quark-gluon plasma.

Recent experiments at CERN's Large Hadron Collider have observed a "primordial soup" called quark-gluon plasma — the state of matter that existed in the first millionth of a second after the Big Bang. In this plasma, quarks briefly behave as free particles, untethered from their three-piece prisons. Modern detectors can resolve these events at femtosecond time scales — fast enough to watch the universe's first chemistry in action.

Open questions Is there a layer underneath the quarks?

The Standard Model treats quarks as point-like — no smaller structure inside. But why six flavors? Why three generations? Why the masses they have? Speculative theories — preons, string vibrations, holographic boundaries — propose deeper layers. No experiment has yet found one. The floor of matter may be quarks themselves, or it may continue to recede — every door we open into matter has so far revealed another room. Where Shalem would speak: this is the inner face of source — the limit at which form refuses to settle.

Matter Particles · Fermions

six quarks · six leptons · three generations

Force Carriers · Bosons

five confirmed · one hypothetical

The Four Forces

relative strength · range · what they do

From quarks to the periodic table

u u d3 quarks

→

pproton

→

¹Hnucleus

→

Hatom

→

⬢element

Every cell in your body is built from these. The table above is what they become when they hold hands.

What do you want to know?

Spiegel zu Energies Phase XI · Microtubule-Quantum · außen Quarks, innen Erlebens-Quanten

Same element · different mass

The Valley of Stability

Plot neutron count against proton count — life sits on a thin diagonal of stable nuclei.

Seen through Shalem, the decay modes are not failures — they are the five lifeforces written into the nucleus itself. Alpha sheds form (earth letting go). Beta⁻ transmutes a neutron into a proton (water becoming fire). Beta⁺ / EC moves the opposite way (fire returning to water). Gamma releases pure radiation without changing identity (air after the storm). Spontaneous fission shatters back toward source. Every unstable nucleus is looking for the line of stability — exactly as every unstable feeling is.

Nuclide chart

Curated · ~140 nuclides · click any cell

Stable Alpha Beta− Beta+ EC Gamma Fission

Click a nuclide to see its story.

Discovery · The Geography of Curiosity

The Map of Discovery

Every element pinned to where it was first isolated.

Where matter was named

Click any city to see what was discovered there

Click a city pin to see its elements.

Phase XIV · Frontier 2025

The Unification Quest

Three centuries of bringing forces together — and ten candidates still trying to finish the job.

A historical arc

Each step united two things that were previously separate

Ten candidates for a Theory of Everything

Each tries to fold gravity into the Standard Model · status as of 2026

If our theory turns out to be a complete quantum field theory of gravity, it will give answers to the very difficult problems of understanding singularities in black holes and the Big Bang.

Mikko Partanen · Aalto University · May 2025 · preprint, not yet peer-reviewed

Phase XV · Listening to Spacetime

Gravitational Wave Observatory

Einstein predicted them in 1916. We caught the first one in 2015. Now we hear roughly one every two days.

Fig. 8 LIGO-Virgo-KAGRA Network · Interferometer-Trio mit 4 km Armen, das Raumzeit-Stauchungen unter 10⁻²¹ misst LIGO Scientific Collab. 2024

The Chirp · Frequency vs Time

A signal that rises, then ends

When two black holes spiral together, their orbital frequency climbs steeply until they merge — and the gravitational wave hitting Earth follows the same arc. In audio it sounds like a brief upward whistle: a chirp. Below, the shape of GW150914, the very first one.

350+ detections total

~250 in O4 alone

The Listeners

Four interferometers · two more arriving · one in space

Observing Runs

Each campaign reaches deeper into the universe · O4 ended Nov 18, 2025

Detections that mattered

A small selection from the ~350 events the LVK network has caught so far

For the first time, the universe has spoken to us in a voice that is not light.

David Reitze · Executive Director, LIGO Laboratory · press conference on GW150914, February 11, 2016

Spiegel zu Energies Phase XVII · Lebendige Felder · außen Raumzeit-Schwingung, innen Feld zwischen Menschen

Phase XVI · The 95% Unknown

The Dark Universe

Everything in this whole interactive periodic table — every atom, every you — is five percent of what exists.

Fig. 9 Planck 2018 Cosmological Composition · Dunkle Energie 68.3% · Dunkle Materie 26.8% · baryonische Materie 4.9% Planck Collaboration · A&A 641 · 2020

95%

we cannot see

Cosmic Composition · ΛCDM consensus

Five percent is everything we know

Every star, every planet, every element on this periodic table together makes up only ~5% of the universe's mass-energy budget. The rest — dark matter (holding galaxies together) and dark energy (pushing space apart) — we know exists from gravity and expansion, but cannot directly detect.

5% Ordinary matter atoms, stars, you

27% Dark matter invisible scaffold

68% Dark energy accelerating expansion

The Hubble Tension

Two ways of measuring how fast the universe expands · They disagree

Local · today

73.04 ±1.04

km/s/Mpc

Cepheid variables and Type Ia supernovae nearby, calibrated with HST and JWST infrared data.

SH0ES Collaboration · Riess et al. 2022

Early universe · CMB

67.4 ±0.5

km/s/Mpc

The cosmic microwave background — light from 380,000 years after the Big Bang — predicts how fast space should expand today.

Planck + DESI · ΛCDM model

~6 km/s/Mpc gap · 1 in a million chance of being noise

The standard model of cosmology may be incomplete

Candidates · What might fill the dark

Hypothesized particles, fields, and theories — none confirmed yet

JWST · The new evidence

The James Webb Space Telescope hasn't solved the mystery — it has sharpened it

The standard model of cosmology may be incomplete. Whether the resolution lies in a complex systematic error or a fundamental discovery of new physics remains to be seen.

2025 Hubble Tension Status Report

Spiegel zu Energies Phase XVI · Schatten · außen Dunkle Materie, innen das nicht Anerkannte

Phase XVII · The Bridge to Living Matter

Five percent of the universe became you

Six elements out of 118 — and the universe found a way to write poetry, build cells, and ask its own questions.

Discover

At a glance You are a complete pattern walking — six elements, written into form.

You are made of six elements. Carbon, hydrogen, nitrogen, oxygen, phosphorus, sulfur — their first letters spell CHNOPS. Nothing in your body uses elements the universe does not have. The carbon in your hands was forged inside a star. The iron in your blood was made in a supernova. You are not separate from the cosmos. You are a complete pattern walking — a small whole inside a much larger whole.

Research edge JWST is finding life-elements in galaxies older than our sun.

The James Webb Space Telescope has now detected the spectral fingerprints of carbon, oxygen, nitrogen, and phosphorus in galaxies that formed less than a billion years after the Big Bang. The same six CHNOPS elements that build every cell on Earth were already drifting through the cosmos when the first stars were still young. In 2025, traces of phosphine and amino-acid precursors were confirmed in the Bennu asteroid samples returned by OSIRIS-REx — the chemistry of life appears to be the default chemistry of matter.

Open questions Could life run on a different alphabet?

Silicon shares carbon's bonding pattern. Arsenic could substitute for phosphorus in cold environments. Ammonia could replace water as a solvent in atmospheres above Titan-temperature. Whether life has actually emerged with a different chemistry — on Mars, on Enceladus, on Europa, on planets we have not yet seen — is one of the largest unanswered questions in science. The fact that CHNOPS turned up everywhere we look may mean it is uniquely good — or it may mean we have not looked hard enough at anything else.

CHNOPS · The Six Elements of Life

99% of every living thing is just these six

Carbon, Hydrogen, Nitrogen, Oxygen, Phosphorus, Sulfur. The names spell "CHNOPS" (pronounced sh-nops). Together they make every protein, every enzyme, every strand of DNA, every cell membrane in every life form ever found on Earth.

The 20 Canonical Amino Acids

A 20-letter alphabet writes every protein

Strung together in chains by ribosomes, these 20 small molecules fold into every enzyme, antibody, muscle fiber, and neurotransmitter receptor in your body. Nine are "essential" — you cannot make them, you must eat them.

nonpolar polar acidic basic special ★ essential (must eat)

ATP · The universal energy currency

Every cell of every species runs on this molecule

Three phosphate groups in a row. Breaking the bond between the last two releases ~30.5 kJ/mol — the energy that drives muscle contraction, neural firing, protein synthesis, and every metabolic act in every cell. You'll cycle through roughly your own body weight in ATP today.

~50kg

recycled daily

~30.5kJ/mol

energy released

3.5Gy

universal · ancient

The building blocks come from space

Latest evidence · 2025–2026 findings

The most common elements used by life on Earth are also the most common in the cosmos. Carbon was forged in stars. Hydrogen was forged in the Big Bang. You are a continuous chemical lineage 13.8 billion years long.

CHNOPS · the universal recipe

What do you want to know?

Spiegel zu Energies Phase XV · Heart-Reach & GCI · außen die Bauteile des Lebens, innen das Herz das verbindet

Phase XVIII · The Quantum Realm

Between quark and atom — the world of probability

Where measurement creates reality, and life learned to use what physics permits.

Atomic Orbitals · 3D Probability Cloud

Where the electron probably is — sampled from |ψ|²

Sampling probability density…

Drag to rotate · scroll to zoom

The 1s orbital: a single spherical cloud centered on the nucleus. The electron's most-probable shell for hydrogen — densest near the center, decaying exponentially outward.

✦ Talking to the mentor? Say "show me the 2p orbital" — they can drive the visualization for you.

Heisenberg Uncertainty

The fundamental limit

Δx · Δp ≥ ℏ/2 position × momentum uncertainty

Sharp position Sharp momentum

Δx

—

Δp

—

Δx · Δp

—

Quantum Entanglement

Bell state |Φ⁻⟩

Both particles in superposition — outcome undefined.

Quantum Biology — life uses what physics permits

Three places where evolution found the quantum world first.

Cryptochrome compass

European robin · radical pair

Robins navigate by sensing Earth's magnetic field through entangled radical-pair reactions in cryptochrome proteins in their retina — a biological quantum compass with millisecond coherence.

FMO photosynthesis

Green sulfur bacteria · coherence

The Fenna-Matthews-Olson complex transfers solar energy through pigment networks where quantum coherence has been measured directly (Engel et al. 2007). Later work (Cao & Fleming, Duan et al. 2017+) shows the coherence is real but shorter-lived than first thought — its functional role in efficiency is debated, not settled.

Enzyme tunneling

Hydrogen transfer · forbidden routes

Enzymes like alcohol dehydrogenase move hydrogen through energy barriers classical physics would forbid — quantum tunneling accelerates these reactions by orders of magnitude. Biology routinely uses pathways that look forbidden at the textbook level.

The shape of probability

Atomic Orbitals

1s

|ψ|² ∝ e^(−2r/a₀)

Spherical ground state. The electron's probability density is highest at the nucleus and falls off exponentially — the simplest possible cloud.

Nodes: 0 Capacity: 2 e⁻ Symmetry: spherical

“The atoms or elementary particles themselves are not real; they form a world of potentialities or possibilities rather than one of things or facts.”

— Werner Heisenberg · 1958

Spiegel zu Energies Phase XVIII · Orch-OR · Heisenbergs Quantenwelt als Geometrie des Bewusstseins

Phase XIX · The Music of Matter

Every element has a voice

Enable audio. The periodic table becomes a keyboard: hover to listen, click for a chord, walk the rows like scales.

Audio Engine

Enable sound for the whole site

Volume 60%

OFF · Audio engine idle. Click enable to load the synthesizer.

Frequency Spectrum

Real-time FFT · 32 bands

20 Hz 1 kHz 20 kHz

The keyboard of matter

Twelve elements across four octaves. Hover plays the note · click plays the chord.

Five lifeforce chords

Each family has its own timbre — sawtooth fire, sine water, triangle air, square earth, fm-modulated source.

After enable
Scroll up to the periodic table — every cell now sings. Hover for a note, click for a chord. The whole table is a 118-key instrument.

“There is geometry in the humming of the strings. There is music in the spacing of the spheres.”

— Pythagoras · 6th century BCE

Spiegel zu Energies Phase XIX · Resonance Studio · die Musik der Materie als Klang-Praxis im Browser

Werkstatt · Vox Elementorum

Die Stimmen der Elemente.

Wähle zwei oder drei Elemente. Beschreib einen Anlass — eine Frage, einen Konflikt, eine Schwelle. Die Seherin lässt die Elemente miteinander sprechen, jedes mit seiner archetypischen Persönlichkeit. Quecksilber als Trickster, Gold als Souverän, Schwefel als Brandredner. Ein Hörspiel-Orakel.

Element Arcade

Match the elements. Learn the universe.

A bubble shooter built on the periodic table. Match three or more bubbles of the same lifeforce to pop them. Some elements carry special powers — hydrogen bonds with anything, oxygen ignites fire, uranium triggers chain reactions. Endless mode for highscores. Story mode for progression.

Story · 10 Levels Endless · Highscore 5 Specials

Five layers, one structure.

Every element you see carries information across five layers at once. Toggle between them above — or click any element to see all five at once.

Family — the five lifeforces

Each element belongs to one of the five: fire (active, outward), water (receptive, inward), air (bridging, connecting), earth (stable, holding), source (complete, noble). The mapping follows the chemistry: alkali metals burn, halogens consume, noble gases need nothing. Mendeleev's groups already are the elements.

Active ↔ Receptive

Move left to right across any period: electronegativity rises. The left gives, the right receives. This is Yang flowing into Yin, written into the chemistry of every atom. The golden marker on each element shows its position on the spectrum.

III

Orbital geometry — the s, p, d, f blocks

Quantum mechanics revealed that electrons inhabit four orbital types: s (one spherical form), p (three perpendicular axes), d (five lobed shapes), f (seven complex forms). One, three, five, seven — odd numbers stepping outward by twos, a mathematical signature worth pausing over: not a mystical doctrine, but a coincidence that has caught contemplative eyes for a long time.

The four states — fire, water, air, earth made literal

Every element passes through all four classical elements as temperature changes: solid (earth), liquid (water), gas (air), plasma (fire). The slider above moves the universe through its states. A fifth state — Bose-Einstein condensate near absolute zero — is Shalem made laboratory phenomenon: all atoms merging into one quantum being.

Cosmic biography — where you came from

Hydrogen and helium were born in the first three minutes of the universe. Elements up to iron were forged in living stars over billions of years. Everything heavier — gold, iodine, uranium — was made only in supernova explosions or neutron-star collisions. Your wedding ring is a dead star. Your blood iron lit a sun. We are walking nucleosynthesis.

The Continuing Vision

Where the table is going next.

Open source · AGPLv3 · contributions welcome

Phase 10

Island of Stability

A speculative neighborhood beyond Z = 118 — predicted superheavy isotopes that should live for seconds, even minutes, instead of microseconds. The next chapter the accelerators are writing.

Released ↗

Phase 11

The Quark Layer

Below the periodic table: the sub-atomic interior. Six quarks, six leptons, four forces. The level below elements, where matter stops being itself.

Released ↗

Phase 12

Isotope Chart

3,000+ known isotopes arranged by neutron and proton count — the nuclide chart. Half-lives, decay modes, the valley of stability rendered as a landscape.

Released ↗

Phase 13

Discovery World Map

Every element pinned to where it was first isolated. London, Paris, Uppsala, Stockholm, Berkeley, Dubna — the geography of curiosity.

Released ↗

Phase 14

The Unification Quest

Three centuries of unifying forces, and ten candidates for a Theory of Everything — including the new gauge gravity from Aalto, May 2025.

Released ↗

Phase 15

Gravitational Waves

The LIGO·Virgo·KAGRA network has heard ~350 cosmic collisions since 2015. O4 ended November 2025 with its 250 events; IR1 starts October 2026.

Released ↗

Phase 16

The Dark Universe

95% of the universe is dark matter and dark energy. The Hubble tension remains unresolved — SH0ES, Planck and CCHP-TRGB still disagree, and JWST data have so far complicated rather than settled it. The standard model of cosmology may be incomplete.

Released ↗

Phase 17

Living Matter

CHNOPS — the six elements that make 99% of every living thing. 20 amino acids, ATP as universal currency. Bennu samples and interstellar peptides show the building blocks already exist throughout the cosmos.

Released ↗

From the chazon Universe