Piperic
similar sites
‹ ProfileAI ReportTools

Sites similar to candylab.org

candylab.org, Dr Adam S. Candy · ranked by shared content topics & relevance
65match
attometer.com
RandyLand
2 shared topicsphysics
63match
astrocass.com
Dr. Cassandra Hall – Assistant Professor of Computational Astrophysics
2 shared topicsscience
63match
albertsk.org
Computational Environmental Physics Lab (CEPL) | Professor & Graduate Chair Albert S. Kim Civil and Environmental Engineering University of Hawaii at Manoa
2 shared topicsscience
63match
adamphysics.com
Adam J. Czarnecki
2 shared topicsphysics
63match
ahmads.org
Syed Ahmad Raza, Ph.D. Mechanical Engineer and Researcher | Syed Ahmad Raza, Ph.D.
2 shared topicsphysics
63match
cracwaves.com
Chetan Chalurkar
2 shared topicsphysics
63match
annalab.org
The AnnaLab Website | Shelley L. Anna's Research Group at Carnegie Mellon University
2 shared topicsphysics
63match
mstuke.com
Maik Stuke
2 shared topicsphysics
62match
california-nuclear-engineering.com
California Nuclear Engineering - California Nuclear Engineering
2 shared topicsscience
62match
acantoni.com
Andrea Antoni – Flatiron Research Fellow
2 shared topicsphysics
62match
multiphasematters.com
MultiPhase Matters – We love interactions, in particular with particles
2 shared topicsphysics
62match
adamjohnston.net
Adam – Johnston
2 shared topicsphysics
62match
louiecorpe.com
Louie D. Corpe
2 shared topicsphysics
62match
mouterde-lab.com
Welcome - Mouterde lab
2 shared topicsphysics
62match
juijunnarkar.com
Home | NanoSpark Dynamics
2 shared topicsphysics
62match
ahmedlab.net
Home - AhmedLab
2 shared topicsphysics
62match
eigenwatch.io
R4RPI: ResonanT⁴ Research & Product Institute
2 shared topicsphysics
62match
addledmind.org
addledmind | Theoretical physics research and neurodiversity
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.