01Research activity
Terahertz research by ScholarsColab researchers
What researchers combine with Terahertz
Words that appear most often in these paper titles. Tap one to see those papers.
Recent focus (2023 onwards): absorber, detection, metamaterial, cancer, applications, antenna.
02Researchers
PhD researchers working on Terahertz
Every researcher below is registered on ScholarsColab and can be hired as a mentor or for a project. Publication counts are their papers on this topic.
03Papers
Research papers on Terahertz
- A biomedical sensor for detection of cancer cells based on terahertz metamaterial absorber202291 citationsIEEE Sensors LettersBhargav
- A theoretical terahertz metamaterial absorber structure with a high quality factor using two circular ring resonators for biomedical sensing202181 citationsInventionsBhargav
- Highly sensitive dual-band terahertz metamaterial absorber for biomedical applications: simulation and experiment202274 citationsACS OmegaBhargav
- Design of a novel terahertz metamaterial absorber for sensing applications202161 citationsIEEE Sensors JournalBhargav
- A simple multi-band metamaterial absorber with combined polarization sensitive and polarization insensitive characteristics for terahertz applications201953 citationsPlasmonicsBhargav
- A new design of a terahertz metamaterial absorber for gas sensing applications202242 citationsSymmetryBhargav
- A hybrid terahertz metamaterial sensor using a hexagonal ring resonator with bio-medical applications202236 citationsPlasmonicsBhargav
- A high Q terahertz metamaterial absorber using concentric elliptical ring resonators for harmful gas sensing applications202335 citationsDefence TechnologyBhargav
- Terahertz technology-a new direction200634 citationsDr. Ajay Singh
- Temperature tunable seven band terahertz metamaterial absorber using slotted flower–shaped resonator on an InSb substrate202133 citationsPlasmonicsBhargav
- A triple band highly sensitive refractive index sensor using terahertz metamaterial perfect absorber202231 citationsBhargav
- An Octaband Polarization Insensitive Terahertz Metamaterial Absorber Using Orthogonal Elliptical Ring Resonators201931 citationsPlasmonicsBhargav
- A polarization-insensitive triple-band perfect metamaterial absorber incorporating ZnSe for terahertz sensing202228 citationsJournal Of OpticsBhargav
- A multi-band terahertz metamaterial absorber based on a Π and U-shaped structure201826 citationsPhotonics and Nanostructures - Fundamentals and ApplicationsBhargav
- Flexible and wearable graphene-based terahertz antenna for body-centric applications201924 citationsMasood Ur Rehman
- Super perfect polarization-insensitive graphene disk terahertz absorber for breast cancer detection using deep learning202524 citationsOptics and Laser TechnologyBhargav
- A symmetrical terahertz triple-band metamaterial absorber using a four-capacitance loaded complementary circular split ring resonator and an ultra-thin ZnSe substrate202224 citationsSymmetryBhargav
- A vanadium dioxide-based metamaterial with quatrefoil and circle loaded structure on flexible polyamide substrate for terahertz applications202220 citationsFrontiers in PhysicsBhargav
- A terahertz metamaterial absorber based refractive index sensor with high quality factor202119 citationsBhargav
- A reconfigurable terahertz metamaterial absorber for gas sensing applications202318 citationsCrystalsBhargav
- Metamaterial-based terahertz absorbers for refractive index sensing: types, mechanism, and applications202516 citationsPlasmonicsBhargav
- An octaband temperature tunable terahertz metamaterial absorber using tapered triangular structures202115 citationsProgress in Electromagnetics Research LettersBhargav
- A cross-shaped terahertz metamaterial absorber for brain cancer detection202414 citationsBiomedical Physics and Engineering ExpressBhargav
- Hexagonal tiled terahertz metamaterial absorber for cancer detection incorporating machine learning202414 citationsIEEE Sensors JournalBhargav
- Enhanced sensing capacity of terahertz triple-band metamaterials absorber based on Pythagorean fractal geometry202214 citationsMaterialsBhargav
- Performance Analysis of Slotted Rectangular Photonic Crystal Fiber Structures in Terahertz Waveguidance202213 citationsOptical EngineeringDr. Sachin Kumar
- A very compact metamaterial-based triple-band sensor in terahertz spectrum as a perfect absorber for human blood cancer diagnostics202512 citationsPlasmonicsBhargav
- Quad-band graphene-based terahertz metamaterial perfect absorber for refractive index sensing202212 citationsPlasmonicsBhargav
- Skin cancer detection using terahertz metamaterial absorber and machine learning20259 citationsIEEE Transactions on Plasma ScienceBhargav
- Refractive index sensor based on terahertz epsilon negative metamaterial absorber for cancerous cell detection20239 citationsBhargav
- Graphene-enhanced decagonal patch antenna for terahertz frequency operation in breast cancer detection20248 citationsApplied OpticsGanimidi Veerendra Nath
- Design and performance analysis of a novel hollow core-based photonic crystal fiber for edible oil sensing in the terahertz (THz) regime20248 citationsMd Dulal Haque
- Design and Analysis of a Serrate-Shaped Fractal Photoconductive Antenna for Terahertz Applications20236 citationsOptical and Quantum ElectronicsDr. Sachin Kumar
- Sensitivity analysis for detecting chemicals by the optical chemical sensor based Photonic Crystal Fiber (PCF) in the Terahertz (THz) regime20215 citationsPhysica ScriptaMd Dulal Haque
- Numerical analysis of tunable parametric terahertz devices based on graphene nanostructures using the projection method and autonomous blocks20175 citationsGuennadi Kouzaev
- Graphene–metal hybrid based reconfigurable wideband terahertz antenna with improved far-field characteristics20244 citationsOptical and Quantum ElectronicsRajkishor Kumar
- Terahertz rectangular waveguides with inserted graphene films biased by light and their quasi-linear electromagnetic modeling20212 citationsJournal of Computational ElectronicsGuennadi Kouzaev
- Graphene H-waveguide for terahertz lasing applications: electromagnetic quasi-linear theory20202 citationsNanomaterialsGuennadi Kouzaev
- High-performance graphene-integrated terahertz antenna for tumor detection in breast tissue20251 citationsOptical and Quantum ElectronicsGanimidi Veerendra Nath
- ZTSec-FedSDN: A Privacy-Preserving Federated Framework for SDN Attack Detection Using Zero-Trust Blockchain and 6G Terahertz Networks20251 citationsAPARNA KUMARI
- Numerical Investigation of Split Ring Resonator-Based Terahertz Filter20231 citationsDr. Sachin Kumar
- Analysis of InN-Based Surrounded Gate Tunnel Field-Effect Transistor for Terahertz Applications20201 citationsDr. Ritam Dutta
- Energy Efficient Hybrid Precoding in Terahertz MIMO Systems20250 citationsJournal of CommunicationsRadhaKrishna Karne
- Investigation of Bow-Tie Photoconductive Antennas for Terahertz Imaging Applications20240 citationsDr. Sachin Kumar
- Terahertz Generation Enhancement Using a Fractal Photoconductive Antenna20220 citationsDr. Sachin Kumar
- Terahertz Metamaterial Filters: Design, Fabrication, and Applications20220 citationsDr. Sachin Kumar
- Review on Terahertz Technology in Head and neck diseases: Advancement & Challenges20230 citationsSKIT Research JournalDr. Shubhi Jain
- Prospects Of Terahertz Technology –A Comprehensive Review20230 citationsDr. Shubhi Jain
- Waveguides for Terahertz Frequencies20250 citationsGuennadi Kouzaev
- Correction to: Terahertz rectangular waveguides with insereted graphene films biased by light and their quasi‑linear electromagneroc modeling20230 citationsJournal of Computational ElectronicsGuennadi Kouzaev
04Journals
Journals that publish Terahertz research
Where our researchers published their papers on this topic, with each journal’s indexing.
| Journal | Indexing | Impact factor* | Papers |
|---|---|---|---|
| Plasmonics | SCIEScopusJCR 2024 | 8.40 Q1 | 7 |
| Optical and Quantum Electronics | SCIEScopusJCR 2024 | 4.98 Q1 | 3 |
| IEEE Sensors Journal | SCIEScopusJCR 2024 | 4.47 Q2 | 2 |
| Symmetry | SCIEScopusJCR 2024 | 2.56 Q2 | 2 |
| Journal of Computational Electronics | SCIEScopusJCR 2024 | 3.23 Q2 | 2 |
| Journal of Communications | Scopus | 6.06 | 1 |
| Applied Optics | SCIEScopusJCR 2024 | 1.71 Q3 | 1 |
| IEEE Sensors Letters | ESCIScopusJCR 2024 | 2.32 Q3 | 1 |
| Inventions | ESCIScopusJCR 2024 | 3.60 Q1 | 1 |
| ACS Omega | SCIEScopusJCR 2024 | 4.96 Q2 | 1 |
| Defence Technology | SCIEScopusJCR 2024 | 5.11 Q1 | 1 |
| Journal Of Optics | SCIEScopusJCR 2024 | 2.35 Q3 | 1 |
| Photonics and Nanostructures - Fundamentals and Applications | SCIEScopusJCR 2024 | 3.12 Q2 | 1 |
| Optics and Laser Technology | SCIEScopusJCR 2024 | 4.78 Q1 | 1 |
| Frontiers in Physics | SCIEScopusJCR 2024 | 3.11 Q2 | 1 |
*Impact factor and quartile calculated from OpenAlex open data where available; official Journal Impact Factors are published by Clarivate. Indexing from the SCIE, SSCI, AHCI, ESCI, Scopus and JCR 2024 lists. Find the right journal for your own paper →
05Top 2% scientists
World’s Top 2% scientists in Materials
The Stanford/Elsevier World’s Top 2% Scientists list ranks researchers by a composite citation indicator. Materials is the research subfield closest to Terahertz in that list; 6,943 researchers from 82 countries are listed in it.
| Researcher | Institution | Country | World rank |
|---|---|---|---|
| Inoue, Akishisa | Josai International University | Japan | 93 |
| Kanatzidis, Mercouri G. | Northwestern University | United States | 261 |
| Raabe, Dierk | Max-Planck-Institut für Eisenforschung GmbH | Germany | 343 |
| Barsoum, Michel W. | Drexel University College of Engineering | United States | 375 |
| Davis, Mark E. | Division of Chemistry and Chemical Engineering | United States | 410 |
| Ritchie, Robert O. | Department of Materials Science and Engineering | United States | 420 |
| Evans, Anthony G. | The Robert Mehrabian College of Engineering | United States | 430 |
| Hench, Larry L. | Imperial College London | United Kingdom | 437 |
| Ashby, Michael F.A. | Engineering Department | United Kingdom | 448 |
| Langdon, Terence G. | University of Southampton | United Kingdom | 485 |
| Valiev, R. Z. | Ufa University of Science and Technology | Russia | 650 |
| Chung, Deborah D.L. | University at Buffalo, The State University of New York | United States | 674 |
Source: Elsevier Data Repository, Ioannidis et al., 2026 edition, citations to the end of 2025 (career-long ranking). ScholarsColab is not affiliated with Stanford University or Elsevier, and the researchers listed are not ScholarsColab mentors unless marked so above.
06Related topics
Topics related to Terahertz
Topics that share the most papers with Terahertz in our researchers’ work:
- Waveguide27 papers · 7 researchers
- Photonic28 papers · 16 researchers
- Cancer632 papers · 207 researchers
- Antenna680 papers · 66 researchers
- Machine Learning (ML)1,348 papers · 424 researchers
07Questions
Frequently asked questions
What do researchers study in Terahertz?
In papers by ScholarsColab researchers, Terahertz appears most often together with metamaterial, absorber, applications, sensing, detection, sensor. Work since 2023 focuses most on absorber, detection, metamaterial, cancer.
Who works on Terahertz research?
12 PhD researchers on ScholarsColab have published on Terahertz (50 papers), including Bhargav, Dr. Sachin Kumar, Guennadi Kouzaev. Each has a public profile with their Google Scholar publications, and you can hire them as a mentor or for a research project.
Which journals publish Terahertz research?
Our researchers published their Terahertz papers in 24 journals, most often in Plasmonics, Optical and Quantum Electronics, IEEE Sensors Journal, Symmetry. The journal table on this page shows the indexing of each one (SCIE, Scopus, ESCI).
How many research papers on Terahertz are on ScholarsColab?
50 papers published between 2006 and 2025, cited 957 times in total (median 13.5 citations per paper). The list updates automatically as researchers join and publish.
Can I hire a PhD expert in Terahertz for my thesis or paper?
Yes. Open any researcher profile on this page to see their publications, then post your project or hire them directly. For a paper you have already written, a Manuscript Audit by a reviewer in Terahertz shows what to fix before you submit, and Journal Selection shortlists up to five journals that match it.
Need a PhD expert in Terahertz?
Hire a researcher who has published on this topic to guide your thesis or project, or get your manuscript audited and matched to the right journal before you submit.
