Krillion Science Guide: Rare Answers That Score Deep Daily

When a prompt asks for a science term, the crowd answers from the discipline's famous center: biology gets 'DNA', physics gets 'gravity', chemistry gets 'the periodic table'. The ladder moves you to a subfield — entomology, optics, crystallography — where the vocabulary is just as valid and far less crowded.

Subfields work because every player took the same intro classes and stopped at the same chapter. The terms from chapter twelve — 'chitin', 'refraction', 'isotope' — are real, banked, and typed by almost nobody under pressure.

Memorize three terms from five subfields: entomology (chitin, metamorphosis, pheromone), optics (refraction, diffraction, polarization), geology (subduction, basalt, moraine), astronomy (redshift, nebula, parallax), and genetics (allele, plasmid, codon). Fifteen terms, and science prompts stop being scary.

1. Name the discipline in the prompt — then leave its famous center.
2. Pick the quieter subfield from your memorized five.
3. Recall a term from that subfield that fits the prompt's wording.
4. Type the exact term; scientific spelling (sulfur vs sulphur) must match the bank.

Science loves naming things after people, and the crowd loves naming the most famous person. Newton's laws, Einstein's relativity, Darwin's evolution — all Plankton. The swap: answer with the eponym one rung down. Not Newton but Hooke; not Einstein but Lorentz; not Darwin but Wallace.

This works because eponyms come in natural pairs from the history of science, and textbooks always mention the second name in passing. 'The photoelectric effect' gets Einstein from the crowd; 'the Compton effect' is the same family of physics with a fraction of the competition.

Keep an eponym rotation: Hooke's law, the Doppler effect, the Coriolis effect, Avogadro's number, the Fibonacci sequence in nature, Occam's razor. Each is a complete, banked answer to 'name a scientific law/principle/effect' prompts.

• Physics: Hooke's law, Doppler effect, Coriolis effect
• Chemistry: Avogadro's number, Le Chatelier's principle
• Biology: Wallace (natural selection), Mendel's laws
• Math/nature: Fibonacci sequence, Occam's razor

Prompts about measurement are won at the unit level. The crowd types 'meter' and 'kilogram'; the depth is in the named units — newton, joule, watt, pascal, hertz, coulomb. Seven short words, all banked, all Rare-or-better on the right prompt.

Constants work the same way. 'The speed of light' is crowded; 'Planck's constant' or 'Avogadro's number' is not. These are single-phrase answers you can type in three seconds once memorized.

The unit level is also spelling-safe: short, standardized, and identical worldwide. When the timer is dying and you need a banked answer fast, a named unit is the most reliable depth in science.

Scientist prompts are the most concentrated in the category: a handful of names absorb nearly every answer. The ladder here is historical — the person the famous scientist stood on, worked with, or overshadowed.

Rosalind Franklin beside Watson and Crick; Alfred Russel Wallace beside Darwin; Lise Meitner beside Hahn; Emmy Noether behind half of modern physics. These are not trivia-night obscurities — they are major figures the textbooks mention and the crowd forgets under a timer.

Spell names exactly, including diacritics where standard ('Schrödinger' vs 'Schrodinger' can matter). When you add a scientist to your rotation, type the full name three times from memory.

Calibrate with these pairs. The rare answers are all standard vocabulary — just from later in the textbook.

Science is the category where near-misses hurt most, because terms are exact: 'photosynthesis' is not 'photo-synthesis', and the bank will not meet you halfway. Drill every term in your rotation by typing it, and learn the standard spelling variant the bank uses.

With five seconds left, the unit level is your lifeboat: 'pascal', 'hertz', 'joule' are short, certain, and banked. Type the certain thing. The geography guide covers the same cutoff discipline — it applies everywhere, but it saves the most points here.

The dwarf-planet ladder is the single richest ladder in science. The crowd types Mars, Earth, or Jupiter — the night-sky trio. One shelf up sits Pluto at 60: still famous, but the 2006 reclassification thinned the reflex. Above that, Ceres and Haumea at 85 — the names astronomy enthusiasts know. And at the top, Eris and Makemake at 100: real, banked, IAU-recognized worlds that almost nobody types in 25 seconds. Five memorized names convert any prompt about worlds or the outer solar system into a tier of your choosing.

The noble-gas ladder works the same way. Oxygen and Nitrogen are the 10-point air gases — everyone's first thought on a gas prompt. Helium and Xenon sit at 85: the balloon gas and the headlight gas, familiar enough to be certain, quiet enough to be rare. Neon and Krypton hold the 100 shelf — the sign gas and the one players are not sure is real. When a prompt asks for a gas or an element, think noble before you think air.

The rock ladder rewards one geology mnemonic: every famous igneous rock has a deeper twin. Granite and Obsidian sit at 10 — the classroom rocks. Shale and Sandstone at 60 — the sedimentary shelf. Diorite and Andesite at 85 — the names from the chapter after granite. Gabbro and Rhyolite at 100 — gabbro is granite's dark, mafic twin, rhyolite its volcanic twin. Learn the twins and rock prompts stop being guesses.

The particle ladder is the connoisseur's shelf. The Proton is 10 points — the first particle everyone learns. The Positron and the Electron neutrino sit at 60: antimatter's poster child and the sun's ghost particle. The Gluon and the Tau lepton at 85: the force-carrier and the heavyweight lepton. The Muon and the Tau neutrino at 100: the heavy electron and the rarest catch in the bank. And on compound prompts, skip Oxygen — Methane and Nitrous oxide sit at 60 while the crowd breathes air.

• Planet ladder: Mars (10) → Pluto (60) → Ceres (85) → Eris (100)
• Gas ladder: Oxygen (10) → Helium (85) → Neon (100)
• Rock ladder: Granite (10) → Sandstone (60) → Diorite (85) → Gabbro (100)
• Particle ladder: Proton (10) → Positron (60) → Gluon (85) → Muon (100)

Mars, Earth, and Jupiter are the planet-poster trap. Every classroom wall showed them, every documentary opens with them, and every player types them. The swap is the dwarf ladder: Uranus at 60 for the cautious — a real planet the crowd skips — and on prompts about worlds or the outer solar system, Ceres and Haumea at 85, Eris and Makemake at 100 in the bank.

Oxygen and Nitrogen are the air trap. Ask for a gas, an element, or something in the atmosphere, and the crowd answers with what they are breathing. The swap is the noble shelf: Helium and Xenon at 85, Neon and Krypton at 100. Same periodic table, none of the crowd.

Granite and Obsidian are the rock-shop trap — the two rocks every gift shop sells. The swap is the twin system: Sandstone and Shale at 60, Diorite and Andesite at 85, Gabbro and Rhyolite at 100. If you remember only one pair, remember Gabbro and Rhyolite: granite's dark twin and granite's volcanic twin.

The Proton is the particle trap — the first subatomic particle in every textbook, typed by everyone who remembers chapter one. The swap is the family ladder: Positron and Electron neutrino at 60, Gluon and Tau lepton at 85, Muon and Tau neutrino at 100. The rule of all four traps is one motion: answer from the same shelf of the same cabinet, one drawer deeper.

The 10-point shelf is the classroom poster: Mars, Earth, Jupiter, Oxygen, Nitrogen, Granite, Obsidian, and the Proton. These are the answers printed largest in the textbook and on the wall — the things your teacher said first and your brain kept. Nobody is wrong to type them; they are simply the answers the largest number of educated players share.

The 60-point shelf is the second chapter: Pluto, Uranus, Methane, Nitrous oxide, Shale, Sandstone, the Positron, and the Electron neutrino. Players here finished the chapter. Pluto's 60 is the reclassification effect — since 2006, typing Pluto requires a small act of defiance, and defiance is rarer than reflex. Uranus sits here too, partly on the joke: players smirk and move on instead of typing it, which is free depth for the unembarrassed.

The 85-point shelf is the hobbyist shelf: Haumea, Ceres, Helium, Xenon, Diorite, Andesite, the Gluon, and the Tau lepton. These are typed by players who kept going after school — the astronomy-club member, the rock collector, the physics reader. Helium and Xenon are the friendliest 85s in the category: balloon gas and headlight gas, certain to spell and certain to bank.

The 100-point shelf is the specialist shelf: Eris, Makemake, Neon, Krypton, Gabbro, Rhyolite, the Tau neutrino, and the Muon. Nothing here is obscure to its field — Eris is the world that demoted Pluto, the Muon is measured daily in physics labs — but each requires a frame the average player never entered. That is the psychology of the whole category: tiers measure not how smart you are, but how many frames past the classroom you have walked.