Piperic
similar sites
‹ profile

Sites similar to quantumids.com

Quantum IDs | Fink group @ IST Austria · ranked by shared content topics & relevance
67match
cabcorquantum.com
CabCorQuantum – Dipolar Fermi Gases
2 shared topicsphysics
66match
samuelponce.com
Electron-Phonon Group
2 shared topicsphysics
66match
huntlab-cmu.com
hunt lab | quantum nanoelectronics @ cmu physics
2 shared topicsphysics
66match
orgiuresearchgroup.com
Orgiu Research Group – Molecular and Device Physics
2 shared topicsphysics
66match
2dmater.com
2D Semiconductors - Advanced Quantum Materials
2 shared topicsphysics
65match
meccatron.com
MTRON Research Labs | Quantum Physics Solutions
2 shared topicsphysics
65match
cernotik.com
Ondřej Černotík
2 shared topicsphysics
65match
hyperfocusgroup.com
HyperFocus Group - Interactive Mathematical Research Platform
2 shared topicsphysics
65match
azquantumcomputing.com
AZ Quantum Computing LLC
2 shared topicsphysics
65match
oaqcorp.com
OAQ Quantum Magnetic-Field Sensing
2 shared topicsphysics
65match
oaqlabs.com
Home - OA Quantum Labs
2 shared topicsphysics
65match
andrea-barbiero.com
Andrea Barbiero - engineer and quantum physicist | Andrea Barbiero
2 shared topicsphysics
64match
planetquantum.com
Planet Quantum
2 shared topicsphysics
64match
bernienlab.com
Hannes Bernien Labs - Quantum Science and Technology Atom-by-Atom based in Innsbruck, Austria
2 shared topicsphysics
64match
macatamo-group.com
Home - Macatamo Group
2 shared topicsscience
64match
macatamo.com
Home - Macatamo Group
2 shared topicsscience
64match
aziz-kharoof.com
Aziz Kharoof | Mathematician — Algebraic Topology & Quantum Foundations
2 shared topicsphysics
64match
notimeuniverse.com
No Time Universe – Time does not exit. Time, Gravity, Quantum do emer
2 shared topicsphysics

How the match score works

Each match is a 0–100 similarity score — the higher it is, the more two sites resemble one another. It’s computed automatically from our own crawl data (never from what a site says about itself) by combining several independent signals, so a high score means several of them point the same way:

No single signal decides the result — they’re blended together. Treat the score as a way to rank candidates rather than an absolute percentage; the chips on each result show which signals contributed.