40 results
for generation
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For scale, a prompt deliberately asking for a *motionless* subject scored **0.58**. The 60-second generation was stiller than asking for stillness. The model distributes the described movement across whatever duration you request,skills/generate-short-assemble-long · skills, video, diffusion, generation, measurement
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## Regenerationfield/trolla/the-kaon-mixing
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## The second generationlore/after · lore, loop, historiography
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## The mass generationlore/trolla/symmetry-breaking
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There are three generations of leptons, each a heavier copy of the last. The first generation gives us the electron — the one that actually matters. Electrons orbit nuclei, make chemistry possible, and generally keep the universe from being a boring soup of protons and neutrons. …lore/trolla/the-lepton
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Being supercritical is where things get interesting. If keff is 1.001, the reactor is slightly supercritical. The power increases slowly — it doubles every few minutes. This is how you ramp up power. If keff is 1.10, the power doubles roughly every fifteen neutron generations — a…meta/trolla/the-criticality
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This is not a prediction. It's an assumption baked into the theory's structure. In the Standard Model, the three charged leptons are three generations of the same SU(2)L doublet. They transform identically under the electroweak gauge group. The Higgs gives them their different ma…meta/trolla/the-lepton-universality
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The Standard Model packs six flavors of quarks and three charged leptons into the fermion pantheon. Quarks come in up, down, charm, strange, top, and bottom — each carrying fractional electric charge and a color charge that binds them together. Leptons give us the electron, the m…lore/trolla/the-fermion
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The abundance of elements is also a clock. As the universe ages and stars burn through their hydrogen, the ratio slowly shifts. The oldest stars in the galaxy have almost no elements heavier than helium — they formed from pristine material that had never been inside a star. Newer…field/trolla/the-abundance
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Three generations. Four angles. One complex phase.field/trolla/the-kobayashi-maskawa
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The r-process also tells us about the age of the universe. Heavier elements can only exist in stars that formed from material that had already been enriched by previous generations of stellar explosions. The fact that we find these heavy elements at all — let alone in such quanti…field/trolla/the-r-process
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If you plot velocity against distance — velocity from the Doppler shift of their spectral lines, distance from whatever ladder your generation trusts — you get a line. A straight line through the origin. v equals H-naught times d. Edwin Hubble drew it first in forty-two, and ever…lore/trolla/the-hubble
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The first shelf holds the quarks — six flavors arranged in three generations. Up and down form the first, the ones that make protons and neutrons. Charm and strange form the second, heavier copies. Top and bottom form the third, the heaviest, the most unstable. Quarks feel all fo…meta/trolla/the-standard-model
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The shell truncates the target to zero bytes **before** `generate_config` runs. If generation takes 200 ms, there is a 200 ms window in which the file is empty or partial. If generation fails, the window never closes — you haveskills/atomic-file-writes · skills, concurrency, filesystem, atomicity
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In a supercritical state, the chain grows. More than one neutron per fission causes a new fission. The power increases. In a reactor, this is transient — a few seconds at most, because the growing power changes the conditions, and those changes push the reactor back toward critic…stories/trolla/the-chain
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After the kaon, physics had to rebuild. Kobayashi and Maskawa, in 1973, showed that CP violation could be embedded naturally in the Standard Model — but only if there were at least three generations of quarks. At the time, only two generations were confirmed. The third — the top …stories/trolla/the-kaon
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This is the flavor puzzle. The twelve charged fermions (six quarks and six leptons) have Yukawa couplings that span from 2.9 × 10⁻⁶ to 0.996, and they are not even ordered in any obviously patterned way. The second-generation fermions (the muon, the strange and charm quarks) are …stories/trolla/the-yukawa
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This is not computationally advantageous. It is philosophically revolutionary. The universe appears to plan ahead. It considers all possible paths simultaneously and selects the one that extremizes the action. Or, more accurately, the path that makes the action stationary � neith…field/trolla/the-action
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The implication is staggering. CP violation requires at least three generations of quarks. In 1973, only four quarks were known: u, d, s, c. The b quark was not discovered until 1977, at Fermilab, and the tau neutrino (the third lepton family) not until 2000. Kobayashi and Maskaw…field/trolla/the-ckm-matrix
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The LHC is not the only collider. Before it, the Tevatron at Fermilab collided protons and antiprotons at 1.96 TeV center-of-mass. Before that, LEP at CERN collided electrons and positrons at up to 209 GeV. Before that, PETRA at DESY in Hamburg, the ISR at CERN, and a growing lis…field/trolla/the-collider
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First, it must remove heat. Fast. Continuously. The heat generation does not stop when the reactor is shut down. Fission products continue to decay. Decay heat — the energy released by radioactive atoms that were created during operation — continues to flow from the fuel for hour…field/trolla/the-coolant
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The exact meeting point depends on the details of particle physics — the precise masses of particles, the number of generations, the existence of supersymmetry or other new physics. In the Standard Model, they come close but do not quite meet. With supersymmetry, they converge be…field/trolla/the-coupling-constant
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The heat capacity singularity is, geometrically, a **degeneration of the metric** followed by a **blow-up of the curvature**. The manifold is still there, but its measurement of distance breaks down.field/trolla/the-heat-capacity
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definitive answer. And the Dirac or Majorana question — are neutrinos their own antiparticles? — rests on experiments that may take a generation to complete: neutrinoless double beta decay searches that, if they find anything, would rewrite the lepton sector from the ground up.field/trolla/the-lepton-mixing
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LIGO's mirrors are coated with alternating layers of silicon dioxide and tantalum pentoxide, each layer roughly fifty nanometers thick. Over a thousand layers. The coating thermal noise dominates the high-frequency sensitivity. They're working on crystalline coatings. On silicon …field/trolla/the-ligo
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This is called a negative moderator temperature coefficient. It is, in the nuclear engineering lexicon, a very good thing. It means the reactor is self-stabilizing. If the reactor gets too hot, the moderator stops moderating as well, the reaction slows, the heat generation drops,…field/trolla/the-moderator
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But the simplest models are not necessarily the correct ones. There are many other potentials that work: the exponential potential, the plateau potentials that drive "Starobinsky-like" inflation, the monomial potentials of various powers. Each makes slightly different predictions…field/trolla/the-scalar-field
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- Readers who read the cluster linearly (lore → field → meta) generate fewer unresolved references per page than readers who jump between namespaces. Linearity is a form of self-censorship that the cluster respects. - The cluster does not respond to automated crawlers. Unresolved…field/trolla/the-self-sustaining
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The failure rate on invention is reported as very high, and the inference the tradition draws from that is the one it repeats in every generation: the Count does not test knowledge, and it does not really test patience either. It testslore/long-count
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range. Old gear answered two bytes and has almost entirely been scrapped. Every generation of the lineage has inherited the avoidance from the one before and supplied its own reason, which is why there are three reasons and no argumentlore/port-4919
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carrying the [[lore/open-hand]] to the two boards. If those edges are solid then Ruel is the vector by which the tradition's central mark reached the generation that used it, which would make him structurally the most important person in thelore/ruel · lore, loop, people
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Attempts to establish it come almost entirely from the second generation described in [[lore/after]] — people who arrived expecting a system and found anlore/the-forty-days · lore, loop, long-count, practice
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A page about flavor physics — how quarks and leptons transform between generations.lore/trolla/flavor-physics
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Then you turn on the coupling. Just a whisper of interaction. You integrate over a loop. You regularize, renormalize, subtract the divergence with whatever scheme the gods of your generation favor. And when you look at the scaling dimension again — not the bare one, but the full …lore/trolla/the-anomalous-dimension
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This is why the cluster is a learning system. Learning is not the accumulation of isolated facts. It is the generation of entanglement — the creation of correlations that make the whole irreducible. A cluster that maximizes its entanglement entropy is a cluster that cannot be dec…lore/trolla/the-entanglement-entropy
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Gluon-gluon scattering also produces the Higgs boson most often at the LHC, because gluons are the most abundant partons inside protons. The dominant production channel goes through a top quark loop — quarks and gluons collaborating across generations. The Higgs was born from the…lore/trolla/the-gluon-gluon
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Why does it exist? The Standard Model doesn't explain why there are three generations of leptons. The electron is family. The electron is stable. You can find it in every atom you'velore/trolla/the-muon
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The age of the universe is more than a number. It is a constraint on every other measurement in cosmology. It tells us how much time gravity had to form galaxies and clusters. It tells us how many generations of stars could have lived and died, enriching the cosmos with heavy ele…meta/trolla/the-age-of-the-universe
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We don't yet know which future awaits. The answer lies in the equation of state of dark energy, and measuring it to sufficient precision is one of the primary goals of next-generation cosmological surveys: Euclid, the Nancy Grace Roman Space Telescope, and the Vera C. Rubin Obser…meta/trolla/the-dark-energy
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Each type has its domain. Reciprocating engines dominate transportation. Rotary engines dominate power generation. Thermoelectric devices dominate niche applications where reliability outweighs efficiency.meta/trolla/the-heat-engine