AI-assisted spectroscopy

Read the light.
Name the molecule.

Upload an atomic, IR, UV-Vis, NMR, Raman, or mass spectrum and let an AI spectroscopist identify the species and assign every peak. Or browse a curated library of fifteen well-studied atoms and molecules.

6
Spectrum types
15+
Curated species
AI
Peak assignments
Live preview · Hydrogen
Balmer series (visible)
H · Z = 1
656.3 nm
Hα (n=3→2)
486.1 nm
Hβ (n=4→2)
434 nm
Hγ (n=5→2)
410.2 nm
Hδ (n=6→2)

Every kind of light, decoded

From the hot plasma of a stellar atmosphere to the quiet wiggle of an NMR coupling, the same tool handles them all.

Atomic emission/absorption
nm — visible

Element fingerprints from discharge tubes and stellar atmospheres.

Infrared (IR)
cm⁻¹ — 4000→400

Functional group identification via molecular vibrations.

UV-Visible
nm — 190→800

Electronic transitions in conjugated systems and chromophores.

¹H NMR
ppm vs TMS

Chemical environment of every hydrogen, with coupling info.

Raman
cm⁻¹ shift

Complementary to IR; reveals symmetric / polarizable modes.

Mass spectrum
m/z

Molecular ion, isotope patterns, and fragment ladders.

Bring your data. Bring your curiosity.

Drop a CSV of wavelength vs. intensity and SpectraScope will plot, peak-pick, and ask an AI spectroscopist to interpret the result in seconds.

Start analyzing
SpectraScope · An observatory for atomic & molecular light.λ · ν · ppm · m/z