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Organ-on-a-chip technology has rapidly gained prominence and relevance at the interface between biology and engineering due to its burgeoning potential to revolutionise biomedical research and clinical applications. These micro-engineered devices mimic the physiological functions of human organs, providing powerful microfluidic platforms for disease modelling, drug testing and therapeutics, and personalised medicine.

Submissions of interest for this Thematic Collection will significantly build upon existing models and open new avenues of research and applications by providing cutting-edge solutions to pressing problems. In recognising the multidisciplinary nature and impact of organ-on-chips, we are emphasising the collaboration between academia, industry, and clinical partners and welcome contributions that demonstrate the translation of pioneering research into practical and clinical applications for human health and disease.

Topics of next-generation interest include, but are not limited to:

• Emerging therapies beyond small drugs
• New model designs
• Digital twins and artificial intelligence (AI) integration and analysis
• Advanced sensing and measurement technologies (integrated sensors, RNA Seq, proteomics, spatial omics, multi-omics, real-time measurements, etc.)
• Bioprinting techniques
• Standardisation
• Diverse cell types (cell lines, primary cells, iPSCs, ex vivo tissues)
• Multi-organ-on-chip and body-on-chip systems

This seminal collection will showcase select next-generation papers and their investigators that look towards the future - highlighting the most forward-thinking developments in the field of organ-on-a-chip technology. Please get in touch with the Editorial Office (LOC-RSC@RSC.org) to discuss your potential contribution.

Achieving a sustainable future is one of the greatest challenges facing our society today which requires to be imperatively addressed. To ensure this for current and future generations, with minimal or zero net carbon emissions in matching a higher-than-ever energy demand, we must undertake a comprehensive overhaul of our energy systems.

Lab-on-a-chip systems hold opportunities in addressing this challenge through their potential to provide deep and unique understanding of the essential physical and geochemical mechanisms underlying innovative technologies that are crucial for this societal transition. Additionally, they can facilitate the development of relevant and necessary new processes and materials.

Topics of particular interest include, but are not limited to, innovations that emphasise the role of microfluidic/nanofluidic/miniaturised systems and their applications in:

• hydrogen/energy storage
• geothermal energy extraction
• bioenergy
• engineered nanoporous materials
• carbon sequestration
• critical material/mineral recovery
• water filtration and remediation

We invite research and review papers in these and related topics. Accepted articles will be published in an online collection as soon as they are accepted and will be promoted extensively.

The deadline for submission to this collection is February 1st, 2025. If you are interested in submitting a contribution, please do get in touch with the Editorial Office (LOC-RSC@RSC.org)  and we would be pleased to work together to establish an appropriate timeline.

Microfluidics is driving advancements in wearable and implantable technologies. Accelerated by innovations in miniaturised sensors and portable electronics, these systems provide non-invasive, real-time health monitoring through biofluids like sweat, saliva, and interstitial fluid. By incorporating flexible, durable, and biocompatible materials, they allow for enhanced sensing performance and usability.

These sensors provide critical insights into human health, disease progression, and therapeutic effectiveness - enabling highly personalised and adaptive healthcare. Alongside advancements in AI, IoT, and automated diagnostics, microfluidics is helping to reshape personalised medicine, delivering continuous and responsive health management solutions.

We invite research and review papers in these and related topics. Accepted articles will be published in an online collection as soon as they are accepted and will be promoted extensively.

The deadline for submission to this collection is June 15, 2025. If you are interested in submitting a contribution, please do get in touch with the Editorial Office (LOC-RSC@RSC.org) and we would be pleased to work together to establish an appropriate timeline.

To achieve high selectivity and sensitivity in detecting and quantifying analytes, biosensors with a high signal-to-noise ratio are essential. Optical biosensors have gained significant attention over the past decade. Fluorescent and plasmonic nanomaterials are two key types of optical nanomaterials used in various biomedical and environmental applications. Advances in this field are driven by the discovery of new nanomaterials and techniques. These ultrasensitive optical probes are employed for monitoring and detecting pollutants, as well as for in-vitro and in-vivo diagnosis, visualization, and treatment of severe diseases. They are utilized in both colloidal and planar systems, contributing to improved quality of life and a promising future for research.

The current special issue aims to highlight the significance of optical nanomaterials in detecting, quantifying, visualizing, and analyzing biomedical and environmental topics. It will cover a range of materials and techniques, including:

• Fluorescent nanomaterials (e.g., organic molecules, metal nanoclusters, carbon dots, quantum dots)
• Plasmonic nanostructures (e.g., metal nanoparticles, planar metal structures)
• Various biosensing technologies (e.g., fluorescent and colorimetric biosensors, SERS-based probes, SRS microscopy, microfluidic devices, lateral flow assays)
• Drug delivery
• Cancer treatment 

This call for papers is open for the following article types:

• Full papers
• Review Articles

Open for submissions until 27 February 2025

Articles can be submitted at any time before the deadline via the journal’s online submission system for or . Accepted articles will be published in a citeable format in regular journal issues as soon as possible and collated into the themed collection online. We are looking forward to receiving your submission, which is welcomed any time before 27 February 2025 so that this collection can become available to you and the community as soon as possible.

Please note that Nanoscale is a hybrid (transformative) journal, and articles can be published either via the usual subscription model or open access (article processing charges are required). Nanoscale Advances is gold open access and requires article processing charges. Your institution may have a read & publish deal in place with the RSC which means you may be able to publish open access in our hybrid journals with fees covered by the institution. Check our to see if you are eligible.

When ready, please submit your article directly to the submission system for Nanoscale or Nanoscale Advances. Please mention that your submission is a contribution to the "Optical Nanomaterials for Biomedical and Environmental Applications" collection in the “Themed Issues” section of the submission form and is in response to the Open Call.

Nanotechnologies have opened very promising opportunities to treat diseases with the design of nanomaterials able to cross the different biological barriers encountered and to interact specifically with diseased tissues. Whatever the administration route, numerous biological, physical and chemical barriers have to be overcome: endothelium, macrophages, endosome, mucus, surfactants, pH, enzymes etc. In nanomedicine, the goal is to develop multimodal nanoplatforms to speed up targeted diagnosis, to increase its sensitivity, reliability and specificity for a better management of diseases (patient’s care) and to treat them in a targeted and personalized manner.

In the  workshop, new approaches for nanomedicine in the imaging, diagnosis and theranostic fields are presented, with a special focus on the nanomaterial chemistry (e.g., polymers, DNA, RNA, peptides, proteins, carbohydrates lipids, gels), in the context of infectious, cardiovascular and immune diseases, vaccination, and cancers. A special light was placed on translational studies from scale up to clinical applications. Indeed, for further translation in clinics of such nanoplatforms, a key step is the scaling-up of these nanoplatforms by taking into account environmental considerations and GMP conditions and regulatory constrains. Therefore, a key challenge today is the development of scaled-up synthesis methods such a continuous flow synthesis of water-based synthesis and also the analysis/control of by-products at each synthesis steps.

This collection will be aligned with the SFNano 2024 workshop and will cover several crucial aspects of nanomedicine:

• Design, synthesis, formulation & characterization of nanomaterials: inorganic or organic nanoparticles, gel
• In vitro and in vivo validation of nanomedicine
• Multimodal Imaging (e.g. MRI, MPI, SPECT, PET, ultrasound)
• Multimodal therapy (e.g, hyperthermia, chemo therapy)
• Translation studies for infectious, cardiovascular and immune diseases, vaccination and cancers
• Scaling-up strategies for clinical applications.
   

When ready, please submit your article directly to the submission system for Nanoscale. Please mention that your submission is a contribution to the  “Nanomedicines for Crossing Biological Barriers” collection in the “Themed Issues” section of the submission form and is in response to the Open Call.

Please note that all submissions will be subject to initial assessment and rigorous peer review to meet the usual high standards of Nanoscale. All articles featured in the collection must be in scope and as such final inclusion is not guaranteed and will be up to the discretion of the guest editors.

If accepted, your article would be published in a usual issue of the journal and added to the online collection for extra visibility.

Reactions at confined sites generally exhibit high rates and exquisite selectivities that differ from those occurring in bulk solution. The confinement spot can be considered as a second coordination sphere of the catalyst, reminiscent of enzymatic active sites.

The orientation of the reagents and substrates is controlled by the special environment around the confined site leading to highly selective transformations. As such, structural constraints and weak interactions conspire to decrease activation barriers of precise reactions to furnish rapid chemo-, regio-, and stereoselective transformations. Therefore, shedding light on reactions occurring at confined spaces is crucial to tame their reactivity and add another level of control to catalyst design.

Reactivity and self-assembly in confined spaces would cover the behaviour of chemical species within nanoconfined environments such as colloidal nanoparticle surfaces, polymeric nanosystems, coordination cage cavities, and nanopores within porous materials.

Open for submissions until 30 June 2025 to either or both of these journals:

(Please mention that your submission is an open call contribution to the Reactivity and Self-Assembly in Confined Spaces collection in the “Themed issues” section of the submission form and add a “Note to the Editor” that this is from the open call.)

ChemComm publishes short, exciting Communication articles from all areas of the chemical sciences. As our most cited journal, it has become one of the most trusted journals in chemistry for 60 years. . 

Nanoscale, a high-impact international journal, publishes high-quality research articles on experimental and theoretical work, including reviews, communications, and full papers across nanoscience and nanotechnology. .

The Editorial Office reserves the right to check the suitability of submissions in relation to the scope of both the journal and the collection, and the inclusion of accepted articles in the final themed issue is not guaranteed.

These materials exhibit exotic quantum phenomena that cannot be described by classical models, encompassing diverse systems such as topological materials, correlated electron systems, moiré heterostructures, two-dimensional (2D) materials, and spin-based quantum systems. Their unique electronic, magnetic, and optical properties underpin advancements in quantum computing, spintronics, optoelectronics, and next-generation sensing technologies.

This special issue aims to highlight the latest advancements and challenges in quantum materials research, with a broad scope that includes, but is not limited to, the following topics:

• Novel synthesis and fabrication strategies
• Bioinspired quantum nanostructures
• Quantum coherence and entanglement in condensed matter systems
• Emerging quantum phases in correlated materials
• Topological and spintronic quantum materials
• Moiré superlattices and 2D heterostructures
• Defect-based quantum systems for sensing and computing
• Advanced spectroscopic and characterization techniques
• Light-matter interactions and quantum photonics
• Quantum transport and electron correlation effects

We invite researchers to contribute original research articles, reviews, and perspectives that explore fundamental discoveries, experimental techniques, and technological applications of quantum materials. This special issue will serve as a valuable platform for advancing the field and fostering interdisciplinary collaborations.

Open for submissions until 29 July 2025.

Articles can be submitted at any time before the deadline via the . Please see the journal’s webpage linked above for more information on the scope, standards, article types and author guidelines.

Accepted articles will be published in a citeable format in regular journal issues as soon as possible and collated into the themed collection online, which will be promoted in late 2025. We are looking forward to receiving your submission, which is welcomed any time before the 29 July 2025 so that this collection can become available to you and the community as soon as possible. If you would like to submit, but need an extension to the deadline please do get in contact and we can aim to accommodate.

Please note that all submissions will be subject to initial assessment and rigorous peer review to meet the usual high standards of the journals and acceptance is not guaranteed.

Magnetic nanoparticles are a class of materials that exhibit unique superparamagnetic properties due to their nanoscale size and high surface-to-volume ratio. The synthesis of magnetic nanoparticles is central to their widespread use, with several methods developed over the years to produce them in a controlled, reproducible manner.

One of the most well-known and widely adopted methods is the alkaline co-precipitation method developed by Prof. René Massart in the early 1980s. Originally conducted in water (though it can be adapted to a dispersed state in less polar media), it is a widely used, cost-effective technique for synthesizing magnetic nanoparticles, especially iron oxide (magnetite and maghemite), as well as other spinel-structured metal oxides (e.g., cobalt, manganese, and zinc ferrites).

Known for its simplicity, up-scalability, and ability to relatively control particle size and magnetic properties, the Massart process is extensively employed for producing nanomaterials for in biomedical, environmental, and industrial applications due to its efficiency and versatility in producing large quantities of tailored nanoparticles

• Synthesis and design of magnetic nanoparticles
• Characterization of magnetic nanoparticle structure, dynamics, and properties
• Surface functionalization and dispersion state of magnetic nanoparticles
• New methodologies of magnetic nanoparticles synthesis in the bulk
• Flow chemistry synthesis of magnetic nanoparticles
• Study of nucleation and growth of magnetic nanoparticles
• Multifunctional magnetic based nanoparticles, including (bio)organic nano-assemblies and nano(bio)hybrids
• Structure-properties relationships of magnetic nanoparticles and magnetic based nano(bio)hybrids
• Biomedical applications of magnetic nanoparticles (targeted drug delivery, magnetic resonance imaging (MRI), magnetic particle imaging (MPI), hyperthermia treatment, and in vitro or in vivo biodegradation studies
• Environmental applications (water treatment and micropollutant detection or removal)
• Industrial or energy-related applications (magnetic storage media, seals, valves, construction materials, and magnetically boosted catalysis, e.g., for clean hydrogen production)

If you want to contribute to this themed collection, you can submit your article directly through the Nanoscale or Nanoscale Advances online submission system. Please mention that this submission is an open call contribution to Magnetic Nanoparticles collection in the “Themed issues” section of the submission form and add a “Note to the Editor” that this is from the Open Call.

Please note that all submissions will be subject to initial assessment and rigorous peer review, if appropriate, to meet the usual high standards of Nanoscale or Nanoscale Advances. In some cases, the Associate Editors may offer authors a transfer to Nanoscale Advances from Nanoscale if more appropriate.

If accepted, your article will be added to a usual issue of the journal where you will receive your page numbers and added to our online collection for extra visibility. The collection will be promoted in Winter 2025.

If you have any questions about the journal or the collection, please contact the editorial office and they will be happy to answer them.

This special-themed collection is motivated to provide a platform to showcase state-of-the-art progress and address future challenges and opportunities. The scope of the collection is broad, including but are not limited to:

• Structural DNA nanotechnology including DNA origami
• Functional and dynamic DNA nanostructures
• DNA-based self-assembly of nanomaterials
• DNA-based nanocomposites, nanoparticles, nanocrystalline materials, and nanoclusters
• DNA-based hydrogels and liquids
• DNA-based nanodevices and molecular machines
• DNA nanomaterials for bioapplications in medicine, diagnostics, and drug delivery
• DNA-based logic gates
• Computational DNA nanotechnology
• DNA-based information processing and storage

Since its foundational concept established by Nadrian Seeman in the 1980s, the field of DNA nanotechnology has attracted significant research efforts worldwide and flourished over the past 40 years. Today, it represents a critical component of modern nanoscience and nanotechnology, opening new frontiers in both fundamental science and practical applications.

Taking advantages of ubiquitous Watson-Crick base-pairing interactions, DNA nanotechnology offers the ability to design and manipulate matter with high precision at the molecular, nano and microscopic scales, enabling various DNA origami architectures, plasmonic nanoassemblies, DNA robots, DNA computing, biosensing, drug delivery and therapies, to name a few.

Open for submissions until 21 July 2025

When ready, please submit your manuscript directly to the submissions platform for Nanoscale Horizons where our Editors will assess as per the scope and standards of the journal. Please add a note in the ‘Comments to the Editor’ and ‘Themed issues’ sections of the submission that this is a submission to the ‘DNA Nanotechnology’ themed collection in response to the Open Call.

Submissions should fit within the scope of Nanoscale Horizons. Please visit the journal webpage for more information on our scope, standards, article types and author guidelines. Please note that primary research for Nanoscale Horizons is accepted in the form of Communications and requires a ‘New Concepts statement’ to help ascertain the significance of the research. See our general guidance and examples.

We strongly encourage you to submit an original research article. If you are interested in submitting a review-type article, please contact the Editorial Office in the first instance with a proposed title and abstract, as initial approval is required before submission to avoid topic overlap and ensure that we cover topics in need of review.

Please note that all submissions will be subject to our standard rigorous peer review process, including an initial editorial assessment of suitability for the journal before potential peer review.  If accepted, your article would be published in a usual journal issue and added to the online collection for extra visibility.

Nanocatalysis represents a transformative frontier in nanoscience and nanotechnology, profoundly advancing the field of catalysis. The integration of nanostructures enables precise control over the dispersion of active sites and the optimization of diffusion pathways for reaction species. Tailored control of particle size, crystal facets, and the hierarchical assembly of nanoparticles has unlocked unprecedented catalytic activity and selectivity, driving innovation in catalyst design.

Moreover, the tunable thermal, piezoelectric, photo- and electrochemical properties of nanomaterials have expanded their utility, facilitating groundbreaking applications in energy and environmental domains. These include solar water splitting, C1 conversion processes, H2O2 production, plastic valorization and reforming, nitrogen fixation, nitrate reduction, methane conversion, and organic chemical synthesis—critical challenges of global significance. In the context of depleting fossil fuels, rising atmospheric CO2 levels, and the urgent need for sustainable clean solutions, nanocatalysis has emerged as a pivotal driver in chemical synthesis, environmental remediation, and clean energy technologies.

This special-themed collection aims to provide a comprehensive platform for showcasing the latest breakthroughs and emerging trends in catalysis, with a focus on the interface at materials and nanoscience. The scope of the collection is intentionally broad, including but not limited to:

• Design, synthesis, and characterization of nanostructured catalysts
• Mechanistic insights through computational modelling
• Innovative catalyst synthesis methods
• Innovative applications of (nano)catalysts
• Energy catalysis
• High quantum efficiency photocatalysis, photothermal catalysis, photoelectrocatalysis, electrocatalysis, plasma catalysis, thermal catalysis, piezoelectric photocatalysis
• Catalyst discovery via machine learning and artificial intelligence methods
• Active site or structure elucidation under excited state conditions/in situ operando techniques

Submissions should fit within the scope of either Nanoscale Horizons or Materials Horizons. Please visit the journal webpages for more information on their scope, standards and author guidelines. We invite authors to select the journal that best suits their submission.

This open call is open for primary research only. Please note that primary research is accepted in the form of Communications for both journals and requires a ‘New Concepts statement’ to help ascertain the significance of the research. General guidance and examples can be found here.

When ready please submit your manuscript directly to the  for Nanoscale Horizons or Materials Horizons where our Editors will assess as per the scope and standards of the journal. Please add a note in the ‘Comments to the Editor’ and ‘Themed issues’ sections of the submission that this is a submission to the ‘Nanocatalysis’ themed collection in response to the Open Call.

Please note that all submissions will be subject to our standard rigorous peer review process, including initial editorial assessment as to suitability for the journal. If accepted, your article would be published in a usual issue of the journal and added to the online collection for extra visibility.

Manuscripts should be submitted via the and the Editorial Office informed by email. Please add a “note to the editor” in the submission form when you submit your manuscript to say that this is a submission for the themed collection. The Editorial Office and Guest Editors reserve the right to check suitability of submissions in relation to the scope of the collection and inclusion of accepted articles in the collection is not guaranteed. All manuscripts will be subject to the journal's usual peer review process. Accepted manuscripts will be added to the online collection as soon as they are online, and they will be published in a regular issue of Nanoscale Advances.

Please note that accepted manuscripts will be subject to an article-processing charge (APC) unless your institute has an existing agreement with the RSC that covers publications in our gold open access journals. More information about charges, discounts, and waivers are available here. Corresponding authors who are not already members of the 新月直播app下载 are entitled to one year’s Affiliate membership as part of their APC. Find out more about our member benefits.

We invite submissions of original research articles & review articles that delve into fundamental principles and practical applications, including but not limited to:

• Chemical synthesis and evaluation of catalytic materials to support clean liquid fuels production, environmental catalysis and remediation
• Bulk and nanoscale catalytic materials for hydrogen production in fuel cells by electrocatalytic processes, conversion of biomass, energy storage and organic electrosynthesis (Photocatalytic materials, Electro-catalytic materials and Single-Atom Catalysts)
• Controlled synthesis and scaling of MOFs, metal nanoparticles, etallocenes, ionic liquids, transition metal carbides, phosphides, nitrides and sulfides catalytic materials.
• In situ studies of synthesis and/or activation of catalytic materials during pretreatment.
• Application of advanced characterization techniques including in situ/operando methodologies by atomic force, scanning tunneling electron microscopy (SEM, STEM, TEM), X-ray photoelectron spectroscopy, Synchrotron Radiation, Raman, and Mössbauer spectroscopies.
• Computational modelling and AI/machine-learning approaches for catalytic materials, reactions and mechanisms.

Articles can be submitted at any time before the deadline via the . Please see the journals’ webpages linked above for more information on their scope, standards, article types and author guidelines.

Please note that all submissions will be subject to initial assessment and rigorous peer review to meet the usual high standards of the journals and acceptance is not guaranteed. 

Manuscripts should be submitted via the and the Editorial Office informed by email. Please add a “note to the editor” in the submission form when you submit your manuscript to say that this is a submission for the themed collection. The Editorial Office and Guest Editors reserve the right to check suitability of submissions in relation to the scope of the collection and inclusion of accepted articles in the collection is not guaranteed. All manuscripts will be subject to the journal's usual peer review process. Accepted manuscripts will be added to the online collection as soon as they are online, and they will be published in a regular issue of Nanoscale Advances.

Please note that accepted manuscripts will be subject to an article-processing charge (APC) unless your institute has an existing agreement with the RSC that covers publications in our gold open access journals. More information about charges, discounts, and waivers are available here. Corresponding authors who are not already members of the 新月直播app下载 are entitled to one year’s Affiliate membership as part of their APC. Find out more about our member benefits.

Submissions should fit within the scope of the collection and Nanoscale Advances. Please click on the journal link for more information on the journal’s scope, standards, article types and author guidelines.

Manuscripts should be submitted via the and the Editorial Office informed by email. Please add a “note to the editor” in the submission form when you submit your manuscript to say that this is a submission for the themed collection.

The Editorial Office and Guest Editors reserve the right to check suitability of submissions in relation to the scope of the collection and inclusion of accepted articles in the collection is not guaranteed. All manuscripts will be subject to the journal's usual peer review process. Accepted manuscripts will be added to the online collection as soon as they are online, and they will be published in a regular issue of Nanoscale Advances.

Please note that accepted manuscripts will be subject to an article-processing charge (APC) unless your institute has an existing agreement with the RSC that covers publications in our gold open access journals. See more information about charges, discounts, and waivers. Corresponding authors who are not already members of the 新月直播app下载 are entitled to one year’s Affiliate membership as part of their APC. Find out more about our member benefits.

This collection will be hosted by the Advances family of journals at the 新月直播app下载, which publish interdisciplinary, robust science:

• RSC Advances – At the heart of open access for the global chemistry community
• Energy Advances – Cutting-edge science at the forefront of energy technology with particular focus on emerging materials and methods
• Environmental 新月直播app下载: Advances – Research from any discipline that will contribute to the understanding of the environment, and to the advancement of UN Sustainable Development Goals
• Materials Advances – New understanding, applications, properties and synthesis of materials
• Nanoscale Advances – Publishing across the breadth of nanoscience and nanotechnology

As Gold Open Access journals, the Advances family means maximum visibility for your work, to both subject specialists and a general audience.

Submit any time during the eligible period. Articles will be promoted and added to the collection as soon as they are accepted.

Choose one of our Advances journals above** and quote “New Principal Investigator Collection” in the submission form when it asks you if you are contributing to a themed collection.

Magnetic nanoparticles are a class of materials that exhibit unique superparamagnetic properties due to their nanoscale size and high surface-to-volume ratio. The synthesis of magnetic nanoparticles is central to their widespread use, with several methods developed over the years to produce them in a controlled, reproducible manner.

One of the most well-known and widely adopted methods is the alkaline co-precipitation method developed by Prof. René Massart in the early 1980s. Originally conducted in water (though it can be adapted to a dispersed state in less polar media), it is a widely used, cost-effective technique for synthesizing magnetic nanoparticles, especially iron oxide (magnetite and maghemite), as well as other spinel-structured metal oxides (e.g., cobalt, manganese, and zinc ferrites).

Known for its simplicity, up-scalability, and ability to relatively control particle size and magnetic properties, the Massart process is extensively employed for producing nanomaterials for in biomedical, environmental, and industrial applications due to its efficiency and versatility in producing large quantities of tailored nanoparticles

• Synthesis and design of magnetic nanoparticles
• Characterization of magnetic nanoparticle structure, dynamics, and properties
• Surface functionalization and dispersion state of magnetic nanoparticles
• New methodologies of magnetic nanoparticles synthesis in the bulk
• Flow chemistry synthesis of magnetic nanoparticles
• Study of nucleation and growth of magnetic nanoparticles
• Multifunctional magnetic based nanoparticles, including (bio)organic nano-assemblies and nano(bio)hybrids
• Structure-properties relationships of magnetic nanoparticles and magnetic based nano(bio)hybrids
• Biomedical applications of magnetic nanoparticles (targeted drug delivery, magnetic resonance imaging (MRI), magnetic particle imaging (MPI), hyperthermia treatment, and in vitro or in vivo biodegradation studies
• Environmental applications (water treatment and micropollutant detection or removal)
• Industrial or energy-related applications (magnetic storage media, seals, valves, construction materials, and magnetically boosted catalysis, e.g., for clean hydrogen production)

If you want to contribute to this themed collection, you can submit your article directly through the Nanoscale or Nanoscale Advances online submission system. Please mention that this submission is an open call contribution to Magnetic Nanoparticles collection in the “Themed issues” section of the submission form and add a “Note to the Editor” that this is from the Open Call.

Please note that all submissions will be subject to initial assessment and rigorous peer review, if appropriate, to meet the usual high standards of Nanoscale or Nanoscale Advances. In some cases, the Associate Editors may offer authors a transfer to Nanoscale Advances from Nanoscale if more appropriate.

If accepted, your article will be added to a usual issue of the journal where you will receive your page numbers and added to our online collection for extra visibility. The collection will be promoted in Winter 2025.

If you have any questions about the journal or the collection, please contact the editorial office and they will be happy to answer them.