Matt Rosseinsky
Researcher · Founder
Now Founder, Matter Machine; Professor of Inorganic Chemistry, Department of Chemistry, University of Liverpool
Latest on AI4S.fyiTimeline · Oct 12AriadneX splits a powder diffraction pattern into the phases already known and what is left over, to point chemists at the samples holding something newPhotos come from each person's X account, their own site, lab or team page, a conference page that lists them as a speaker in the same role, or Wikimedia Commons under the licence credited, so some may be out of date. Anyone can ask for theirs to be replaced or removed. Contact →
Affiliations
Current
- Founder · Matter Machine
- Professor of Inorganic Chemistry, Department of Chemistry · University of Liverpool
Current roles come from these dated records, not from the bio below. Each links the page it was read from.
Founded
- Matter MachineMaterials and chemistry · 1 round on record · disclosed £4M · Pre-Series A £4M
Background: University of Liverpool (professor of inorganic chemistry since 1999) (as the company's own announcements put it)
Backed byIP Group
On the timeline
- 2026-10-12Matter Machine, a Liverpool spin-out searching for inorganic crystals, raises a GBP 4M pre-Series A led by IP Group, and Oxford Nanopore's Gordon Sanghera joins to lead its commercialisation
- 2026-10-12AriadneX splits a powder diffraction pattern into the phases already known and what is left over, to point chemists at the samples holding something new
- 2024-02-15A Liverpool lab steers its search with a model trained on known crystals and finds Li7Si2S7I, a new lithium conductor at about 10 mS/cm
- 2021-09-21A model trained on known crystals ranks untried element combinations, and the fifth-ranked one, Li-Sn-S-Cl, yields a new lithium conductor
- 2021-06-17Machine learning points a Liverpool lab at barium-yttrium titanates, and the new oxide it makes there has the lowest thermal conductivity reported for a first-row transition-metal oxide
- 2017-06-08A computed energy map sends a Liverpool lab to one corner of a five-element oxide system, and two new crystal structures turn up there
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