Call For Papers
Submit your nanotechnology research to a leading open access journal advancing nanoscience innovation, materials engineering, and nano-scale applications worldwide.
Publish Your Nanotechnology Research
The Journal of Advances in Nanotechnology welcomes original research manuscripts, comprehensive reviews, and technical communications spanning all domains of nanoscience and nanotechnology. We provide rigorous peer review coordinated by leading nanomaterials scientists, rapid publication timelines averaging 8-12 weeks from submission to publication, and global open access visibility ensuring your research reaches researchers across academia, industry, and government laboratories worldwide.
Our distinguished editorial team includes internationally recognized nanomaterials scientists, device engineers, characterization specialists, and applications researchers committed to maintaining the highest scientific standards while accelerating knowledge dissemination across the nanotechnology community. The journal serves as a platform for breakthrough discoveries, innovative methodologies, and translational research bridging fundamental nanoscience with practical applications.
We invite submissions across the full spectrum of nanotechnology research, from fundamental nanomaterials synthesis and characterization to advanced device applications and translational research. The journal emphasizes interdisciplinary approaches that bridge materials science, physics, chemistry, biology, and engineering at the nanoscale. Submissions should present novel findings with clear experimental validation, reproducible methodologies, and significant advancement over prior work in the field. Authors are encouraged to include comprehensive data supporting their conclusions and discuss broader implications for nanotechnology applications.
Nanomaterials Synthesis and Engineering
- Carbon nanotubes, fullerenes, and graphene derivatives
- Metallic, oxide, and semiconductor nanoparticles
- Quantum dots and luminescent nanomaterials
- Two-dimensional materials beyond graphene including MXenes and TMDs
- Nanocomposites, hybrid materials, and core-shell structures
- Self-assembly, bottom-up fabrication, and directed synthesis
- Scalable manufacturing and industrial production methods
Nanodevice Engineering and Electronics
- Nanoelectronics, molecular electronics, and quantum devices
- Nanosensors, biosensors, and chemical detection systems
- Nanophotonics, plasmonics, and optical nanomaterials
- MEMS, NEMS, and nanomechanical systems
- Energy harvesting and conversion nanodevices
- Flexible electronics and wearable nanotechnology
- Neuromorphic computing and memristive devices
Nanomedicine and Biomedical Applications
- Targeted drug delivery systems and nanocarriers
- Diagnostic nanoparticles and molecular imaging agents
- Theranostic nanomaterials combining therapy and diagnostics
- Tissue engineering scaffolds and regenerative nanomaterials
- Antimicrobial nanocoatings and infection control
- Biosensors, point-of-care devices, and lab-on-chip platforms
- Vaccine delivery and immunomodulatory nanomaterials
Characterization and Computational Methods
- Advanced electron microscopy techniques including TEM and SEM
- Scanning probe microscopy innovations and developments
- Spectroscopic characterization including Raman and XPS
- In-situ, operando, and time-resolved analysis methods
- Computational modeling, DFT, and molecular dynamics
- Machine learning for nanomaterials discovery and optimization
- High-throughput screening and combinatorial approaches
Energy and Environmental Nanotechnology
- Nanomaterials for solar cells and photovoltaics
- Battery electrodes and supercapacitor materials
- Catalysts for hydrogen production and fuel cells
- Environmental remediation and water purification
- Nanosensors for pollution monitoring and detection
- Sustainable and green nanotechnology approaches
Emerging and Interdisciplinary Topics
- Nanotechnology safety and toxicology assessment
- Regulatory science and standardization efforts
- Nanomanufacturing and quality control methods
- Technology transfer and commercialization pathways
- Educational approaches in nanoscience training
- Ethical, legal, and social implications of nanotechnology
The journal publishes diverse article formats to accommodate different research contributions and communication needs. All submissions undergo rigorous peer review by nanotechnology experts selected for their specific domain expertise. Authors should select the article type most appropriate to their contribution during submission.
Original Research Articles
Full-length manuscripts presenting novel experimental or computational findings with comprehensive methodology, complete results, and thorough discussion. Original research articles should include sufficient detail for reproducibility and clearly articulate the significance and novelty of the contribution. No strict word limit applies; typical manuscripts range from 4,000 to 8,000 words excluding references and figure captions.
Rapid Communications
Short communications for significant preliminary findings or breakthrough discoveries requiring accelerated dissemination to the research community. Communications should present complete studies of high impact with concise presentation. Expedited review is available for exceptional submissions. Typical length ranges from 2,000 to 3,000 words with focused figures and tables.
Review Articles
Comprehensive reviews synthesizing current knowledge and identifying future directions in specific nanotechnology domains. Reviews may be submitted by invitation or author proposal; prospective authors should contact the editorial office to discuss scope and timing. Typical length ranges from 8,000 to 15,000 words with extensive references and illustrative figures summarizing the field.
Technical Notes and Methods
Methodological advances, protocol optimizations, instrumentation developments, or technical improvements of interest to the nanotechnology community. Technical notes focus on practical methodology rather than scientific discovery, providing detailed procedures enabling adoption by other researchers. Typical length ranges from 1,500 to 2,500 words with supporting data.
The Journal of Advances in Nanotechnology provides a premier platform for disseminating nanotechnology research to global audiences. Our commitment to quality, accessibility, and author service distinguishes us among open access publishers in the nanoscience field.
Rapid Review Process: Average first decision within 21 days through our streamlined peer review process with dedicated nanotechnology reviewers who understand the urgency of timely publication without compromising scientific rigor.
Global Visibility and Impact: Open access publication ensures maximum readership across academia, industry, and government research laboratories worldwide. Published articles are immediately accessible without subscription barriers, maximizing citation potential and research impact.
Rigorous Scientific Standards: Expert peer review by active nanotechnology researchers maintains scientific excellence while constructive feedback strengthens manuscript quality and presentation. Our editorial team works closely with authors to optimize their contributions.
Professional Production: Accepted manuscripts receive comprehensive copyediting, high-quality figure processing, and professional typesetting ensuring polished final publication suitable for career advancement and grant reporting.
Manuscripts should be prepared according to our author guidelines with clear structure, high-quality figures meeting resolution requirements, and complete experimental details enabling reproducibility. We require authors to include data availability statements describing how underlying data can be accessed and to disclose all funding sources and potential conflicts of interest. All submissions are screened for plagiarism using industry-standard software and assessed for ethical compliance before peer review assignment.
Authors from developing countries may qualify for partial APC waivers based on documented financial need. The journal supports preprint posting and does not consider preprints as prior publication; authors should update preprints with links to the final published version. Supplementary materials including raw data, videos, code repositories, and extended methods are encouraged and undergo peer review alongside the main manuscript.
The journal follows COPE guidelines for publication ethics and expects all authors, reviewers, and editors to maintain the highest standards of research integrity. Suspected misconduct is investigated thoroughly with appropriate actions taken when violations are confirmed.
Submit Your Research Today
Join the growing community of nanotechnology researchers advancing nanoscience innovation globally through open access publication.
Submit Manuscript Author Guidelines
