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ScienceShot science reference

MCP serverVerified domain · scienceshot.comRemote● LiveFree to try

Sourced, citable answers in radiation and particle physics, photonics, electronics and quantum.

Install

Remote server: your requests and data go to scienceshot.com. Claude Code: claude mcp add --transport http scienceshot-science-reference https://scienceshot.com/mcp · Claude app: Settings → Connectors → Add custom connector.

What it can do

The tools this server listed when we connected to it, in its own words.

  • search_scienceshot — Search ScienceShot's science reference pages and articles on radiation and particle physics, photonics, electronics and quantum physics. Ret
  • photon_energy — Convert vacuum wavelength, frequency, spectroscopic wavenumber and photon energy with CODATA 2018 constants. Returns photon rate for optical
  • blackbody_spectrum — Calculate both Wien peaks, Planck peak spectral radiances and Stefan-Boltzmann radiant exitance for an ideal blackbody from 1 K to 100000 K.
  • semiconductor_carriers — Calculate Varshni bandgap, intrinsic and doped equilibrium carriers, Fermi level above the valence edge and conductivity for Si, Ge or GaAs.
  • noise_calculator — Calculate Johnson-Nyquist thermal noise voltage, current and available power kTB, Schottky shot noise, noise figure and noise temperature (2
  • radioactive_decay — Calculate parent and daughter activities using NuDat 3 half-lives and branching. Supply an isotope ID, initial activity and elapsed time wit
  • xray_spectrum — Calculate a tungsten tube spectrum, mean energy (fluence-weighted), aluminium and copper half-value layers, air kerma and the fraction of ke
  • cosmic_dose — Calculate the cosmic-ray ambient dose equivalent rate H*(10) and effective dose rate E (ICRP 116), in uSv/h, inside an aircraft cabin (0-20
  • gamma_dose_rate — Compute a point-source air-kerma rate constant from listed NNDC photon lines and NIST air energy-absorption coefficients, with resolved LNHB
  • synchrotron_loss — Calculate dipole synchrotron energy loss per turn, radiated power per beam and critical photon energy in an isomagnetic ring. Give total bea
  • bragg_peak — Calculate proton CSDA range, stopping power, Bragg peak, distal R80 and relative dose per fluence in water or ICRU soft tissue. Uses Bethe r
  • diffraction_grating — Solves the signed reflection grating equation and ideal Rayleigh resolution from Hecht, Optics, 5th edition and the MKS Newport handbook. Re
  • image_sensor_snr — Compare electron-domain CCD, CMOS and EMCCD signal-to-noise with binning, stacking, PRNU and saturation.
  • photodiode_responsivity — Converts external quantum efficiency and responsivity using CODATA 2018 h, c and e, and computes photocurrent and unity-gain shot noise foll
  • gaussian_beam — Gaussian propagation and thin-lens focusing from Siegman, Lasers (1986), with ISO 11146 beam propagation ratio. Returns Rayleigh range, radi
  • fibre_link_budget — Power margin and fixed-component power reach from ITU-T G.652.D cable attenuation maxima. Returns chromatic broadening and a dispersion-limi
  • microstrip_impedance — Calculate microstrip impedance and effective permittivity with Hammerstad-Jensen (1980) thickness correction. Returns Wheeler (1977) zero-th
  • qubit_coherence — Calculate single-qubit average fidelity under Markovian amplitude/phase damping using Nielsen (2002). Accept T1, T2 or Tphi and gate time; c
  • hydrogen_spectrum — Calculate reduced-mass Rydberg vacuum and standard-air wavelengths, level energies and ionization energies for H, D or a one-electron ion. S
  • quantum_tunnelling — Calculate the exact transmission coefficient of a one-dimensional rectangular potential barrier for an electron, proton or alpha particle, b
  • convert_radiation_units — Convert a radiation value between units of the same quantity. Gy and Sv are never converted into each other: that needs a radiation weightin
  • photon_attenuation — Narrow-beam photon attenuation from NIST XCOM. Give thickness in mm and energy in keV.
  • energy_loss — Bethe and Landau thin-absorber estimates and a CSDA range for a heavy charged particle. The range is truncated at beta*gamma 0.05; give mome
  • material_properties — Density, Z/A, mean excitation energy, radiation length, nuclear interaction and collision lengths, electron critical energy, Moliere radius
  • detector_signal — Most probable and mean electron-hole pairs, collected charge, energy deposit and Landau FWHM. Assumes full collection without gain; Si at 30
  • landau_distribution — Heavy-particle energy-loss distribution with MPV, Landau FWHM, finite-transfer Bethe mean, xi, kappa, regime, peak constants and 161 Landau
  • device_ledger_query — Query the ScienceShot QEP device ledger: published measurements of qubit coherence (T1, T2), single- and two-qubit gate fidelity, readout fi

KitScout test notes

Not tested by KitScout yet. When our harness runs it, pros, cons and the tasks we tried appear here, with the date and evidence.

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