Physicists

Energy Conversion

Energy Unit Conversion Pipeline - Convert between energy units and analyze: MeV to Joules, scientific notation, and error calculation. Use this skill for physics tasks involving convert energy MeV to J convert to scientific notation format scientific notation calculate absolute error. Combines 4 tools from 2 SCP server(s).

SpectrAI-Initiative375

計算化学

Quantum Espresso

Use when working on first-principles materials calculations with Quantum ESPRESSO, especially SCF, band structures, DOS, phonons, electron-phonon coupling, Fermi surfaces, or charge-density analysis.

ZimoLiao364

文学・ライティング

Chromochemical Gas Giant Expert

Generates structured lore, scientific descriptions, and visual aesthetics for gas giants using the Chromochemical classification system. Applies specific naming conventions (-ic/-ian) to extend or replace the Sudarsky classification system, assigns hex color codes, and explains etymology.

Chromochemical Gas Giant Classifier

Generates detailed, scientifically plausible visual descriptions, hex color codes, and etymological name derivations for gas giants. Capable of describing standard chromochemical types or generating new classifications adhering to specific suffix conventions (-ic for chemistry, -ian/-ean for appearance).

Einsteinian Wormhole Physics Simulation

Simulates theoretical wormhole scenarios adhering to Einstein's descriptions, conservation laws, and causality, preventing time travel paradoxes.

Chromochemical Gas Giant Classification

Classify and describe gas giants using the Chromochemical system, mapping classes to temperature, composition, and hex color codes with scientific justification.

Physics Experiment Error Analysis

Analyzes sources of error in physics experiments by classifying them as systematic or random, assessing their significance on outcomes, and suggesting improvements to minimize them.

Wormhole Physics Simulation With Causality Constraints

Simulate theoretical wormhole scenarios adhering to Einsteinian physics, strict conservation of mass/momentum, and causality laws, while preventing time travel paradoxes.

Shaman Einstein

深度思考，理论构建，寻找统一规律

linkerlin303

Physics Skills

5 physics & astrophysics skills. Trigger: physics simulations, astronomical data, computational physics. Design: domain databases (NASA ADS, arXiv) and simulation tool guides.

wentorai199

Computational Physics Guide

Computational physics methods, simulations, and research tools

wentorai199

Experimental Data Processing

Experimental Data Processing - Process experimental data: absolute error, mean square, max value, scientific notation formatting. Use this skill for experimental physics tasks involving calculate absolute error calculate mean square calculate max value format scientific notation convert to scientific notation. Combines 5 tools from 1 SCP server(s).

データ分析

Buoyancy Acceleration Calculation

Calculate buoyancy forces and acceleration for fluid mechanics and hydrodynamics analysis.

Thermal Analysis

Thermal & Heat Transfer Analysis - Analyze thermal system: calculate heat released, convert energy units, compute potential energy, and dynamic viscosity. Use this skill for thermal engineering tasks involving calculate heat released convert energy MeV to J calculate potential energy calculate dynamic viscosity. Combines 4 tools from 1 SCP server(s).

Nuclear Physics

Nuclear Physics Calculations - Nuclear physics: energy conversion MeV to J, calculate total power, photon rate, and error analysis. Use this skill for nuclear physics tasks involving convert energy MeV to J calculate total power calculate incident photon rate calculate absolute error. Combines 4 tools from 3 SCP server(s).

Optical Frequency Calculation

Calculate optical frequency and wavelength relationships for photonics and electromagnetic analysis.

Length Measurement

Length & Dimension Measurement - Precision length measurement: convert mm to m, calculate length plus width, area, and error. Use this skill for metrology tasks involving convert length mm to m calculate length plus width calculate area calculate absolute error. Combines 4 tools from 3 SCP server(s).

Electrical Circuit Analysis

Electrical Circuit Analysis - Analyze electrical circuit: compute capacitance, convert resistance units, calculate total charge, and duty cycle. Use this skill for electrical engineering tasks involving convert resistance kOhm to Ohm calculate geometric term calculate absolute error. Combines 3 tools from 3 SCP server(s).

Publication Cycle Skill

Publication Cycle — scans the main theory paper, identifies new paper extractions and existing paper gaps, then orchestrates the full review+fix pipeline. Workflow: Triage → Codex review+fix (2 rounds) → ChatGPT review → Codex fix → Claude review → Codex fix → ChatGPT journal-targeted acceptance gate. During wait times, runs backflow from ACCEPT papers into core theory. Trigger: /pub-cycle, "scan papers", "publication cycle", "review cycle"

the-omega-institute66

哲学・倫理

Omega Reasoning Protocol

Omega Reasoning Protocol — changes how the LLM thinks. Three principles: FORCING (what is structurally inevitable), MINIMIZE (remove assumptions until something breaks), AUDIT (every conclusion traceable to premises). Searches github.com/the-omega-institute/automath for structural correspondences. Use when: deep analysis, reasoning verification, first-principles thinking, or any task that benefits from distinguishing "forced" from "chosen". Trigger: /omega, "think deeply", "first principles", "why is this inevitable"

the-omega-institute66

Thermodynamics at a Glance

Thermodynamics from the zeroth law through statistical mechanics. Covers temperature and thermal equilibrium, heat transfer mechanisms (conduction, convection, radiation), the first law (internal energy, work, heat), PV diagrams, thermodynamic processes (isothermal, adiabatic, isobaric, isochoric), the second law (entropy, Carnot cycle, heat engines, refrigerators), Boltzmann's statistical interpretation (S = k ln W), kinetic theory of gases, the third law, phase transitions, and free energy (Helmholtz and Gibbs). Use when analyzing heat engines, energy transformations, entropy, gas behavior, or any system where temperature and energy flow are central.

Electromagnetism at a Glance

Electromagnetism from Coulomb's law through Maxwell's equations and optics. Covers electric fields, Gauss's law, electric potential, capacitance, DC circuits (Ohm's law, Kirchhoff's laws), magnetic fields and forces, Biot-Savart law, Ampere's law, Faraday's law of induction, Lenz's law, Maxwell's equations in integral and differential forms, electromagnetic waves, the speed of light derivation, and optics (reflection, refraction, lenses, interference, diffraction). Use when analyzing electric or magnetic phenomena, circuit design, wave propagation, or optical systems.

Experimental Methods at a Glance

Experimental methods for physics including measurement, uncertainty analysis, and experimental design. Covers the scientific method applied to physics, the SI unit system, significant figures, uncertainty and error analysis (systematic vs. random, propagation of uncertainty), dimensional analysis (Buckingham Pi theorem), experimental design (controls, variables, reproducibility), data analysis (linear regression, chi-squared, curve fitting), lab safety, landmark physics experiments (Millikan, Cavendish, photoelectric effect, Michelson-Morley), graphical analysis, and order-of-magnitude estimation (Fermi problems). Use when designing experiments, analyzing data, reporting measurements, or making back-of-the-envelope estimates.

計算化学

Quantum Mechanics at a Glance

Quantum mechanics from wave-particle duality through entanglement and measurement. Covers the photoelectric effect, de Broglie wavelength, Heisenberg uncertainty principle, the Schrodinger equation (time-dependent and time-independent), wave functions and probability, quantum states and superposition, the hydrogen atom (energy levels, quantum numbers), spin, Pauli exclusion principle, quantum tunneling, Feynman path integrals (conceptual), QED basics, entanglement (Bell's theorem), the measurement problem, and Dirac notation. Use when analyzing phenomena at atomic or subatomic scales where classical physics breaks down.

哲学・倫理

Classical Mechanics at a Glance

Classical mechanics from kinematics through rotational dynamics and oscillations. Covers 1D/2D/3D motion, Newton's three laws, free-body diagrams, friction, projectile motion, circular motion, rotational mechanics, gravitation and orbits, work-energy theorem, conservation of momentum, collisions, and simple harmonic motion. Use when analyzing forces, trajectories, orbital mechanics, or any problem where objects move under deterministic forces at non-relativistic speeds.