World's Best Scientists 2026 revealed!

D-Index & Metrics

Chemistry

D-Index
66
Citations
14504
World Ranking
7340
National Ranking
38

Overview

Paul Scheier is affiliated with the University of Innsbruck in Austria and specializes in the field of Physics and Astronomy. Their research primarily focuses on Atomic and Molecular Physics, and Optics, with additional work in Spectroscopy, Materials Chemistry, Atmospheric Science, and Computational Mechanics.

The main topics of research explored by Scheier include:

  • Quantum, superfluid, helium dynamics
  • Advanced Chemical Physics Studies
  • Cold Atom Physics and Bose-Einstein Condensates
  • Spectroscopy and Quantum Chemical Studies
  • Atomic and Subatomic Physics Research
  • Molecular Spectroscopy and Structure
  • Hydrogen Storage and Materials

Key recent publications by Paul Scheier include:

  • "A Decade with VAMDC: Results and Ambitions," 2020, published in Atoms
  • "Solvation of ions in helium," 2020, published in International Reviews in Physical Chemistry
  • "An intense source for cold cluster ions of a specific composition," 2020, published in Review of Scientific Instruments
  • "Splashing of Large Helium Nanodroplets Upon Surface Collisions," 2021, published in University of New Hampshire Scholars Repository (University of New Hampshire at Manchester)
  • "Chemistry and physics of dopants embedded in helium droplets," 2021, published in Mass Spectrometry Reviews

Frequent collaborators in Scheier's research efforts comprise:

  • Fábio Zappa
  • O. Echt
  • Elisabeth Gruber
  • Stefan Bergmeister
  • Siegfried Kollotzek

Publications appear regularly in scientific journals, including:

  • Physical Chemistry Chemical Physics
  • Molecules
  • Review of Scientific Instruments
  • The Journal of Chemical Physics
  • The Journal of Physical Chemistry A

Best Publications

  • Electron attachment to uracil: effective destruction at subexcitation energies.

    Hanel G;Gstir B;Denifl S;Scheier P

  • Electron Attachment to the Gas-Phase DNA Bases Cytosine and Thymine

    S. Denifl;S. Ptasinska;M. Probst;J. Hrusak

  • Inelastic electron interaction (attachment/ionization) with deoxyribose.

    S. Ptasińska;S. Denifl;P. Scheier;T. D. Märk

  • Bond- and site-selective loss of H atoms from nucleobases by very-low-energy electrons (<3 eV).

    Sylwia Ptasinska;Stephan Denifl;Paul Scheier;Eugen Illenberger

  • On the unimolecular fragmentation of C60+ fullerene ions: The comparison of measured and calculated breakdown patterns

    M. Foltin;M. Lezius;P. Scheier;T. D. Märk

  • Bond- and site-selective loss of H- from pyrimidine bases.

    Sylwia Ptasinska;Stephan Denifl;Verena Grill;Tilmann D. Märk

  • Vibrational Feshbach resonances in uracil and thymine

    P. D. Burrow;G. A. Gallup;A. M. Scheer;S. Denifl

  • Electron attachment to the DNA bases thymine and cytosine

    S. Denifl;S. Ptasinska;M. Cingel;S. Matejcik

  • The virtual atomic and molecular data centre (VAMDC) consortium

    M. L. Dubernet;B. K. Antony;Y. A. Ba;Yu L. Babikov

  • Dissociative electron attachment to furan, tetrahydrofuran, and fructose

    Philipp Sulzer;Sylwia Ptasinska;Fabio Zappa;Brygida Mielewska

  • Decomposition of thymidine by low-energy electrons: implications for the molecular mechanisms of single-strand breaks in DNA.

    Sylwia Ptasińska;Stephan Denifl;Sascha Gohlke;Paul Scheier

  • Cold Physics and Chemistry: Collisions, Ionization and Reactions Inside Helium Nanodroplets Close to Zero K

    A. Mauracher;O. Echt;A.M. Ellis;S. Yang

  • Electron attachment to gas-phase uracil.

    S. Denifl;S. Ptasińska;G. Hanel;B. Gstir

  • Free electron attachment to C60 and C70

    M. Lezius;P. Scheier;T.D. Märk

  • High resolution dissociative electron attachment to gas phase adenine.

    D. Huber;M. Beikircher;S. Denifl;F. Zappa

  • Bond-selective H- ion abstraction from thymine.

    Sylwia Ptasińska;Stephan Denifl;Verena Grill;Tilmann D. Märk

  • The submersion of sodium clusters in helium nanodroplets: Identification of the surface --> interior transition

    Lukas An der Lan;Peter Bartl;Christian Leidlmair;Harald Schöbel

  • Inelastic interactions of protons and electrons with biologically relevant molecules

    B. Coupier;B. Farizon;M. Farizon;M.J. Gaillard

  • Mass spectrometric investigation of anions formed upon free electron attachment to nucleobase molecules and clusters embedded in superfluid helium droplets.

    Stephan Denifl;Fabio Zappa;Ingo Mähr;Julien Lecointre

  • Bond selective dissociative electron attachment to thymine.

    S. Ptasińska;S. Denifl;B. Mróz;M. Probst

  • Absolute partial and total cross‐section functions for the electron impact ionization of C60 and C70

    S. Matt;B. Dünser;M. Lezius;H. Deutsch

  • Unimolecular decay of metastable Ar cluster ions. Evolution of magic numbers in Ar cluster mass spectra

    T.D. Märk;P. Scheier;K. Leiter;W. Ritter

Frequent Co-Authors

Tilmann D. Märk
Tilmann D. Märk University of Innsbruck
Stephan Denifl
Stephan Denifl University of Innsbruck
Eugen Illenberger
Eugen Illenberger Freie Universität Berlin
Diethard K. Bohme
Diethard K. Bohme York University
Jumras Limtrakul
Jumras Limtrakul Vidyasirimedhi Institute of Science and Technology
Chava Lifshitz
Chava Lifshitz Hebrew University of Jerusalem
Franco Biasioli
Franco Biasioli Fondazione Edmund Mach
Fernando Pirani
Fernando Pirani University of Perugia
Martin K. Beyer
Martin K. Beyer University of Innsbruck
Julia Laskin
Julia Laskin Purdue University West Lafayette

If you think any of the details on this page are incorrect, let us know.

Report an issue

We appreciate your kind effort to assist us to improve this page, it would be helpful providing us with as much detail as possible in the text box below:

Related Online Degrees & Career Pathways

For students interested in the intersection of Chemistry and law enforcement, pursuing a forensic psychology graduate programs online can open doors to specialized roles. These programs explore psychological principles alongside scientific techniques, preparing graduates for careers in criminal profiling and behavioral analysis.

Another promising route is entering the field of forensic science career opportunities. With a solid foundation in Chemistry, professionals can engage in crime scene analysis, toxicology, and DNA examination, all of which contribute to solving crimes through scientific evidence.

Understanding the financial investment is crucial, and resources like criminal justice degree tuition provide insight into the costs associated with pursuing degrees in related fields. This helps prospective students budget and plan their educational journey effectively.

For those seeking an entry point, an online associates in criminal justice offers a flexible and affordable option. It lays the groundwork for careers in law enforcement, corrections, or further studies in forensic science.

Best Scientists Citing Paul Scheier

Trending Scientists

Recently Published Articles