The Net Advance of Physics:
SPECTROSCOPY

SPECTROSCOPY:

• General: MIT Open Courseware:
  • 5.74 Postgraduate Introductory Quantum Mechanics II by Robert Field and Andrei Tokmakoff [2004 Spring] Time-dependent quantum mechanics; spectroscopy.
  • 5.74 Postgraduate Introductory Quantum Mechanics II by Andrei Tokmakoff [2009 Spring] Time-dependent quantum mechanics; spectroscopy.
  • 5.80 Postgraduate Small-Molecule Spectroscopy and Dynamics by Robert Field [2008 Fall]

• General: Handbooks:
  • Handbook of Space Astronomy and Astrophysics (3rd edition) by Martin V. Zombeck [Cambridge University Press, 2007] Classic reference work. The Supplementary Web Links section lists a large number of additional sites of interest for atomic physics.

• General: Introductory:
  • The true colours of white light: hands-on optical spectrometry by Robert Fischer [2012/04] How to build an extremely inexpensive spectrometer for student use.
  • A Do-It-Yourself Spectrogaph Kit for Educational Outreach in Optics and Photonics by Pradip Gatkine et al. [2019/05]

• General:
  • Quantum Chemistry by Henry Eyring et al. [New York: John Wiley, 1944]
  • Fundamentals of Quantum Chemistry by Michael Mueller [New York: Kluwer Academic, 2002]
  • Prospects in Analytical Atomic Spectrometry by A. A. Bolshakov et al. [Usp. Khim. 75, 322 (2006)]
  • Astronomical Spectroscopy by Philip Massey and Margaret M. Hanson [2010/10]
  • Atomic and Molecular Data for Optical Stellar Spectroscopy by Ulrike Heiter et al. [Physica Scripta 90, 054010 (2015)]
  • High Resolution Laboratory Spectroscopy by Sandra Brünken and Stephan Schlemmer [2016/05]
  • Accurate ro-vibrational calculations on small molecules by Jonathan Tennyson [2016/09]

• Types: NMR; PHOTOEMISSION;

• Type: FREQUENCY COMB:
  • Frequency Comb Spectroscopy by Nathalie Picqué and Theodor W. Hänsch [Nature Photonics 13, 146 (2019)]

• Type: HIGH SPEED:
  • High-Speed Optical Spectroscopy by T. R. Marsh [2006/06]

• Type: IMAGING:
  • Hyperspectral Unmixing Overview: Geometrical, Statistical, and Sparse Regression-Based Approaches by José M. Bioucas-Dias et al. [2012/02]

• Type: RAMAN:
  • A review on applications of two-dimensional materials in surface enhanced Raman spectroscopy by Ming Xia [2017/07]
  • Histological coherent Raman imaging: a prognostic review by Marcus T. Cicerone and Charles H. Camp Jr. [2017/09]

• Type: ROTATIONAL:
  • Magnetic rotational spectroscopy for probing rheology of nanoliter droplets and thin films by Konstantin G. Kornev et al. [2015/03]

• Type: SPIN-NOISE:
  • Spin noise spectroscopy: From proof of the principle to applications by Valerii S. Zapasskii [2013/03]
  • The Theory of Spin Noise Spectroscopy: A Review by N. A. Sinitsin and Yuriy V. Pershin [Reports on Progress in Physics 79, 106501 (2016)]

• Aspects: DOPPLER EFFECT; FINE STRUCTURE; OPACITIES;

• Aspects: AVOIDED CROSSINGS:
  • How to detect level crossings without looking at the spectrum by Mishkatul Bhattacharya [2007/05]

• Aspects: HYPERFINE STRUCTURE:
  • Nuclear effects in atomic transitions, by Adriana Pálffy [Contemporary Physics 51, 471 (2010)]
  • Table of hyperfine anomaly in atomic systems by Jonas R. Persson [2011/10] Covers literature through 2011/01.

• Aspects: ISOTOPE EFFECTS:
  • Nuclear effects in atomic transitions, by Adriana Pálffy [Contemporary Physics 51, 471 (2010)]

• Aspects: NUCLEAR EFFECTS:
  • Nuclear effects in atomic transitions, by Adriana Pálffy [Contemporary Physics 51, 471 (2010)]

• Aspects: SHAPE RESONANCES: Bianconi 2002/11;

• Re: ASTROPHYSICS:
  • How to Calculate Molecular Column Density by Jeffrey G. Mangum and Yancy L. Shirley [2015/01]
  • Astrophotonic Spectrographs by Pradip Gatkine et al. [Applied Sciences 9, 290 (2019)]

• Re: DROPLETS:
  • Magnetic rotational spectroscopy for probing rheology of nanoliter droplets and thin films by Konstantin G. Kornev et al. [2015/03]

• Re: GRAPHENE:
  • A review on applications of two-dimensional materials in surface enhanced Raman spectroscopy by Ming Xia [2017/07]

• Re: THIN FILMS:
  • Magnetic rotational spectroscopy for probing rheology of nanoliter droplets and thin films by Konstantin G. Kornev et al. [2015/03]

THE NET ADVANCE OF PHYSICS