Piperic
similar sites
‹ profile

Sites similar to dchooper.com

Deanna C. Hooper – Cosmology researcher at HIP · ranked by shared content topics & relevance
72match
sandorgobi.com
Sándor Góbi – Researcher
2 shared topicsphysics
68match
orgiuresearchgroup.com
Orgiu Research Group – Molecular and Device Physics
2 shared topicsphysics
68match
alexdrider.com
Research — Alex Rider
2 shared topicsphysics
67match
saphiar.com
Saphiar - UT Convergence Research
2 shared topicsphysics
67match
alecjpetersen.com
Alec Petersen Postdoctoral Researcher
2 shared topicsscience
67match
alexander-tepper.com
Alexander tepper – Topology, Mathematical Visualizations, and Computer Graphics Experiments
2 shared topicsphysics
67match
aer-web.com
Atomic Energy Research
2 shared topicsscience
66match
pielaszek.com
PIELASZEK RESEARCH – Drag & Drop Physics
2 shared topicsscience
66match
novam-research.com
Novam Research
2 shared topicsscience
66match
alextinguely.com
Alex Tinguely – PhD, Plasma Physics, MIT
2 shared topicsphysics
66match
dear-lab.com
Dynamic Effects and Anomalies Research
2 shared topicsscience
66match
ahmadrkirmani.com
Ahmad R. Kirmani, PhD – Summary & updates on my research on printed semiconductor electronics
2 shared topicsphysics
65match
aetherenergy.com
Aurora Biophysics Research Institute (ABRI)
2 shared topicsscience
65match
cercolens.com
Cercolens | UV Lenses – Your partner in combustion research
2 shared topicsphysics
65match
lynemoser.com
Lyne Moser - Researcher in mathematics
2 shared topicsscience
65match
nucleargopher.com
Nuclear Gopher – Underground and radiating.
2 shared topicsscience
65match
nucleonicinsight.com
Nucleonic Insight - Scientific Research & Consultancy
2 shared topicsphysics
65match
ms2mlab.com
MS2M Lab – Mechanics of Smart and Soft Materials
2 shared topicsscience

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.