Scientific Bangladesh

Research Footprint in AIP Publishing Journals from Bangladesh (2024).
A Data-Driven Snapshot of Authors, Institutions, and Global Collaborations.

The 2024 publication landscape shows that Bangladesh contributed 74 research articles to AIP Publishing journals, reflecting strong national engagement in applied physics, materials science, and nanotechnology. The output is dominated by leading institutions such as BUET and KUET, each contributing 20.27% of all publications, with notable involvement from Jahangirnagar University, the University of Dhaka, and several engineering universities. Collaboration patterns reveal that although all papers include Bangladeshi authors, researchers also partnered with teams from the USA, India, Saudi Arabia, Japan, China, South Korea, and others. Prominent individual contributors include Islam MR (6 articles), followed by Haque MS and Hasan M (5 each), with many others contributing recurrently across institutions. Overall, the data highlights a growing research community strongly centered in engineering and applied sciences, with increasing international collaboration and multi-institutional participation. Web of Science

The areas of research publication categories in the TreeMap:

Research contributions in the field:
Categories Record Count % of 74
Physics Applied 60 81.081%
Materials Science Multidisciplinary 50 67.568%
Nanoscience Nanotechnology 50 67.568%
Mechanics 9 12.162%
Physics Fluids Plasmas 9 12.162%
Energy Fuels 2 2.703%
Green Sustainable Science Technology 2 2.703%
Physics Mathematical 2 2.703%
Chemistry Physical 1 1.351%
Mathematics Applied 1 1.351%
Optics 1 1.351%
Physics Atomic Molecular Chemical 1 1.351%
Research areas:

Types of published documents:
Types Record Count % of 74
Article 74 100.000%
Authors’ infographic (Top 25):

Researcher profiles (Top 25):
Researcher Record Count % of 74
Haque, Mohammad Salman 5 6.757%
Apon, ImtiazAhamed 4 5.405%
Islam, Md. Rafiqul 3 4.054%
Chowdhury, Nadim 3 4.054%
Lee, Sang Suk 3 4.054%
Choi, Jong-Gu 3 4.054%
Rajput, Nitul 3 4.054%
Sikder, Bejoy 3 4.054%
Hasan, Mahbub 3 4.054%
Xie, Qingyun 3 4.054%
Tanisa, Nilufer Yesmin 3 4.054%
Ovi, Istiak Ahmed 3 4.054%
Niroula, John 3 4.054%
Miyara, Makoto 2 2.703%
Alam, Prof. Dr. Md. Nur 2 2.703%
Islam, Mohammad Tariqul 2 2.703%
Zhou, Ling 2 2.703%
Islam, Md Didarul 2 2.703%
Gemeay, Ahmed 2 2.703%
Alsaif, Haitham 2 2.703%
Rakibuzzaman, Md 2 2.703%
Ahmad, Hijaz 2 2.703%
Hossain, PhD, Md. Moyazzem 2 2.703%
Saha, Sumon 2 2.703%
Hafez, Prof. Dr. Md. Golam 2 2.703%
Research-affiliated institutes:

Research collaboration countries:
Countries/Regions Record Count % of 74
Bangladesh 74 100.000%
Saudi Arabia 10 13.514%
India 9 12.162%
USA 9 12.162%
Japan 5 6.757%
Peoples R China 5 6.757%
South Korea 5 6.757%
Egypt 3 4.054%
Iraq 3 4.054%
Malaysia 3 4.054%
Turkiye 3 4.054%
U Arab Emirates 3 4.054%
Algeria 2 2.703%
Australia 2 2.703%
Canada 2 2.703%
Germany 2 2.703%
Italy 2 2.703%
Lebanon 2 2.703%
Pakistan 2 2.703%
Poland 2 2.703%
Azerbaijan 1 1.351%
Belgium 1 1.351%
England 1 1.351%
Greece 1 1.351%
Indonesia 1 1.351%
Sustainable Development Goals:

Web of Science Index:

Research highlights of AIP Publishing from Bangladesh:
Type Result
Open Access 63
Enriched Cited References 68
Observations:
  1. The publication output is highly concentrated among a few major engineering universities (especially BUET and KUET).

  2. The research themes strongly focus on physics, materials, nanoscience, and engineering, indicating clear disciplinary strengths.

  3. A wide range of countries appear as collaborators, showing Bangladesh’s expanding global research network.

Questions:
  1. What policy or funding factors enabled BUET and KUET to dominate publication output in 2024?

  2. How do these publication strengths compare with Bangladesh’s contributions to other major international publishers?

  3. What research areas remain underrepresented, and how can they be developed through targeted investment or collaborations?

The data suggests a promising trajectory for Bangladesh’s scientific community, especially in applied physics and engineering fields, but also highlights the need for broader disciplinary expansion and stronger distribution of research productivity across all national institutions.

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