In an era where fake and counterfeit conferences have become a growing concern, we want to assure all participants that the Materials Iberia Congress 2027 is a fully legitimate, peer-reviewed, and academically rigorous event. We do not engage in spam email solicitations, nor do we accept papers without genuine peer review. All accepted contributions will be published as conference proceedings with a unique DOI, indexed in recognized databases such as Scopus or Web of Science. We do not solicit random mass emails promising guaranteed acceptance, nor do we charge hidden or exploitative fees. Our scientific committee consists of verified experts from leading institutions, and our venue, dates, and contact information are fully transparent. We encourage all prospective authors and delegates to exercise due diligence when evaluating conference invitations, and we welcome any questions regarding the authenticity and credibility of this event.

Your trust and your research deserve nothing less than a conference that upholds the true spirit of scientific exchange. By prioritizing quality over volume and maintaining clear, ethical communication regarding registration and publication, we offer an authentic environment where your work is respected and your professional time is well-spent. Every aspect of the event, from speaker selection to programme development, is designed to foster meaningful dialogue, credible research dissemination, and long-term collaboration. We are committed to providing a trusted platform where researchers can engage with confidence, knowing that quality, ethics, and authenticity are at the core of our mission.

We use AI tools to ensure open, equitable, and fair peer review compliant with the highest ethical standards, and unmatched credibility.

Our Approach to Peer Review

Commitment to Transparent and Ethical Review

We believe that trust in academic publishing begins with transparency. Every submission to this conference is subjected to a thorough and ethical review process that evaluates originality, methodological soundness, and scholarly coherence. To uphold these standards, our process is supported by responsible, AI-assisted screening tools that help identify issues of plagiarism, inconsistency, and methodological weakness at an early stage. This rigorous filtering ensures that only research of genuine scientific merit advances to presentation, reinforcing the conference's standing as a credible and respected forum in the Materials Science community.

Timely and Constructive Feedback for Authors

We recognize that the peer review process is not merely a gatekeeping mechanism, but an opportunity for scholarly growth. Our review framework is designed to deliver clear, detailed, and actionable feedback to authors within a reasonable and defined timeframe. Rather than leaving researchers in prolonged uncertainty, we are committed to a process that respects their time and supports the improvement of their work, ensuring that presentations at this conference reflect the best possible version of each research contribution.

Merit-Based Evaluation Free from Bias

Scientific progress thrives when ideas are judged on their own merits. To this end, our peer review process incorporates double-blind anonymisation, ensuring that submissions are evaluated without influence from the author's identity, institutional affiliation, or professional standing. Reviewer workloads are carefully managed to prevent fatigue-driven assessments, and our editorial oversight ensures that every evaluation is grounded in scientific rigour rather than professional bias or external pressure. We are committed to a review culture where innovation and integrity are the only criteria that matter.

Materials Iberia Congress and the UN Sustainable Development Goals

Materials Iberia Congress is proud to align its scientific programme and research agenda with the United Nations 2030 Sustainable Development Goals (SDGs). Rooted in the rich tradition of scientific excellence across the Iberian Peninsula and the broader European research community, our congress serves as a dynamic platform where materials science meets global responsibility. By fostering interdisciplinary collaboration and cutting-edge innovation, we are committed to making meaningful contributions to a sustainable, equitable, and resilient world.

Central to our mission is the advancement of sustainable energy materials and green technologies, directly supporting the goals of Affordable and Clean Energy (SDG 7) and Climate Action (SDG 13). The congress actively promotes research into next-generation energy storage, photovoltaics, and low-carbon materials, recognising that the transition to a sustainable energy future depends fundamentally on breakthroughs in materials science. In parallel, our commitment to fostering industrial innovation and building robust research infrastructure contributes to Industry, Innovation, and Infrastructure (SDG 9), while our emphasis on circular economy principles and sustainable material lifecycles directly supports Responsible Consumption and Production (SDG 12).

Materials Iberia Congress places strong emphasis on the development of advanced biomaterials, smart medical devices, and biomedical technologies, contributing directly to Good Health and Well-being (SDG 3). We believe that progress in materials science has an indispensable role to play in improving healthcare outcomes, enabling more effective diagnostics, therapeutics, and regenerative medicine solutions. Furthermore, by highlighting innovations in membrane technologies, filtration systems, and materials for water treatment, the congress actively supports Clean Water and Sanitation (SDG 6), ensuring that scientific advances translate into accessible and life-saving solutions for communities worldwide.

We recognise that scientific progress must also drive inclusive economic growth. By bringing together industry partners, academic institutions, and emerging researchers, Materials Iberia Congress contributes to Decent Work and Economic Growth (SDG 8), nurturing talent, stimulating entrepreneurship, and supporting the creation of sustainable industries across Spain, Portugal, and beyond. Our dedication to open science, capacity building, and the inclusion of researchers from diverse geographic and professional backgrounds also reflects our commitment to Reducing Inequalities (SDG 10), ensuring that the benefits of materials innovation are shared broadly and equitably.

Environmental stewardship is a defining value of Materials Iberia Congress. The congress serves as a forum for advancing materials that mitigate marine pollution, support ocean health, and contribute to Life Below Water (SDG 14). Equally, through promoting sustainable agricultural materials, soil health technologies, and biodiversity-conscious innovations, we contribute to Life on Land (SDG 15), affirming that responsible materials science must consider the full breadth of our planet's ecosystems. Our vision of sustainable cities and smart infrastructure further aligns with the goals of Sustainable Cities and Communities (SDG 11).

Ultimately, Materials Iberia Congress is more than a scientific gathering — it is a commitment to collective action. Through the power of international collaboration, knowledge exchange, and shared purpose, we strive to advance Partnerships for the Goals (SDG 17), building bridges between science, policy, industry, and society. We invite researchers, innovators, and thought leaders from around the world to join us in shaping a future where materials science serves not only the progress of knowledge, but the well-being of humanity and our planet.

Scope of Materials Science and Nanotechnology in Europe

Europe stands at the forefront of global research and innovation in materials science and nanotechnology. From the graphene revolution pioneered at the University of Manchester to Germany's world-class nanofabrication ecosystem and Spain's growing nanoscience clusters, the continent is shaping the future of how matter is designed, engineered, and deployed across virtually every sector of the modern economy.

1.1 The European Research Landscape

The European Union has made materials science and nanotechnology a central pillar of its research and innovation strategy. The Horizon Europe programme — with a total budget of €95.5 billion for the period 2021 to 2027 — dedicates significant investment to advanced materials, nanoscience, and related enabling technologies under its Cluster 4 (Digital, Industry and Space) and Cluster 5 (Climate, Energy and Mobility) pillars. This reflects the EU's recognition that breakthroughs in materials underpin progress in energy transition, digital transformation, health, and sustainable manufacturing.

Key ongoing and emerging European initiatives include:

• Graphene Flagship: One of Europe's largest-ever research initiatives with a €1 billion budget, coordinating more than 170 academic and industrial partners across 22 countries to commercialise graphene and related 2D materials.
• Human Brain Project: Relies heavily on novel neuromorphic and biocompatible materials developed at the intersection of neuroscience and materials science.
• Battery 2030+: A long-term EU research initiative targeting revolutionary new battery chemistries through advanced materials innovation.
• European Green Deal Industrial Plan: Identifies advanced materials as critical for achieving climate neutrality by 2050, with special emphasis on materials for energy storage, electrolysers, photovoltaics, and wind turbines.
• EIT Raw Materials: The world's largest network in raw materials innovation, bridging mining, processing, and advanced materials development across 23 countries.

1.2 Government Support and Policy Frameworks

At the national level, governments across Europe are investing heavily in strategic materials and nanotechnology programmes:

• Germany: The Federal Ministry of Education and Research (BMBF) funds dedicated nanotechnology action plans and supports the Fraunhofer Society — Europe's largest applied research organisation — which runs specialised institutes in materials, surfaces, and microsystems. Germany also hosts over 100 state-of-the-art cleanrooms for nano-manufacturing.
• France: Through its France 2030 investment plan, the French government has allocated over €30 billion to reindustrialisation and innovation, with significant streams directed at microelectronics, advanced materials, and green hydrogen materials.
• Spain: The Spanish State Research Agency (AEI) and the Centre for the Development of Industrial Technology (CDTI) provide competitive grants for nanotechnology and advanced materials R&D. Spain's CSIC (Consejo Superior de Investigaciones Científicas) is home to world-leading nanoscience institutes including the ICN2 (Institut Català de Nanociència i Nanotecnologia) and CIC nanoGUNE.
• Netherlands: The Dutch Research Council (NWO) and Holland High Tech initiative support materials and nanotechnology research through targeted funding schemes and public-private partnerships.
• Sweden and Nordic Countries: Sweden's VINNOVA agency and the Wallenberg Foundations have invested substantially in graphene, quantum materials, and functional nanomaterials, making the Nordic region a global hub for nanotechnology entrepreneurship.

1.3 Strategic Research Themes Driving European Innovation

The most active research themes in European materials science and nanotechnology include:

• Sustainable and Green Materials: Design of recyclable, bio-based, and low-carbon materials for circular economy applications.
• Energy Materials: Next-generation batteries, solid-state electrolytes, thermoelectrics, and materials for hydrogen storage and fuel cells.
• 2D and Quantum Materials: Graphene, MXenes, transition metal dichalcogenides, and topological materials for electronics, sensors, and quantum computing.
• Nanomedicine and Biomaterials: Targeted drug delivery, tissue engineering scaffolds, nanoparticle-based diagnostics, and smart implants.
• Functional Coatings and Surfaces: Anti-corrosion, anti-bacterial, self-healing, and photocatalytic coatings for aerospace, construction, and healthcare.
• Additive Manufacturing and 3D Nanoscale Printing: Precision fabrication of complex material architectures for aerospace, biomedical, and microelectronics industries.

Funding Agencies for Researchers to Attend Materials Iberia Congress 2027

Attending an international conference such as the Materials Iberia Congress 2027 in Spain is an important milestone in a researcher's career. Numerous European and international funding bodies offer travel grants, mobility awards, and conference participation support. Researchers are strongly encouraged to explore the following funding opportunities:

2.1 European Union and Pan-European Funding

• Horizon Europe Marie Skłodowska-Curie Actions (MSCA): Travel and networking costs are covered for researchers on MSCA Doctoral Networks, Postdoctoral Fellowships, and Staff Exchange grants. Fellows may use training budgets to attend and present at international conferences.
• European Research Council (ERC) Grants: ERC grantees (Starting, Consolidator, Advanced, and Synergy) can charge conference participation costs to their project budgets, including registration, travel, and accommodation.
• COST Actions (European Cooperation in Science and Technology): COST provides Short-Term Scientific Mission (STSM) grants and conference attendance funding for researchers participating in active COST Actions. Grants typically cover travel and subsistence costs for presenting at international meetings.
• EIT Raw Materials and EIT InnoEnergy: Both Knowledge and Innovation Communities offer mobility grants and event participation support for researchers, entrepreneurs, and students within their networks.

2.2 National Research Councils and Funding Bodies

• FWO – Research Foundation Flanders (Belgium): Offers travel grants for early-career researchers (up to 6 years post-PhD) for active participation (oral or poster presentation) at international scientific conferences abroad.
• DAAD – German Academic Exchange Service (Germany): The DAAD Programme for Travel to Conferences provides up to 80% of documented airfare, plus accommodation and material cost lump sums for researchers presenting at international scientific congresses.
• ANR – Agence Nationale de la Recherche (France): ANR project holders can include conference participation costs in their research budgets. The ANR also co-funds mobility with Horizon Europe instruments.
• AEI – Agencia Estatal de Investigación (Spain): The Spanish State Research Agency funds travel grants for Spanish researchers to present at international conferences as part of national project grants.
• NWO – Dutch Research Council (Netherlands): NWO grants include provisions for conference attendance, and the organisation offers dedicated travel grants through its domain-specific programmes.
• VINNOVA (Sweden): The Swedish innovation agency supports researcher mobility and conference participation, particularly for research with industrial application potential.
• FCT – Foundation for Science and Technology (Portugal): Provides travel grants for PhD students and postdoctoral researchers to attend and present at international scientific meetings.
• DFG – Deutsche Forschungsgemeinschaft (Germany): German Research Foundation project budgets can be used to fund conference participation, and the DFG provides dedicated conference travel support to researchers.

2.3 Institutional and Private Funding

• University Doctoral Schools and Graduate Academies: Most European universities fund conference attendance for doctoral researchers through internal mobility grants and travel funds. Examples include the Heine Research Academies (HHU Düsseldorf) and similar schemes at ETH Zurich, KU Leuven, and other institutions.
• Max Planck Society and Fraunhofer Institutes (Germany): Both organisations provide internal conference participation budgets for their researchers.
• Antibodies.com Quarterly Travel Grants: Open to PhD candidates, lab managers, and postdocs from academic institutions across Europe — up to €500 per quarter for conference registration, travel, and accommodation.
• Society-Based Travel Awards: Several professional societies (E-MRS, FEMS, IOM3, MRS, RSC) offer annual travel bursaries and awards specifically for early-career researchers presenting at affiliated conferences.

Researchers are advised to apply for funding well in advance — typically three to six months before the conference — and to ensure that their abstract has been accepted before submitting grant applications. Materials Iberia Congress 2027 will issue official acceptance letters promptly to facilitate timely grant applications.

Market Analysis: Materials Science and Nanotechnology Research in Europe

3.1 European Nanotechnology Market Size and Growth

The European nanotechnology market represents one of the most dynamic growth segments in the global scientific economy. Valued at approximately USD 16.03 billion in 2024, the European market is projected to reach USD 96.55 billion by 2033, expanding at a compound annual growth rate (CAGR) of approximately 22.08%. This remarkable trajectory reflects the convergence of robust government investment, world-class academic infrastructure, and a mature industrial base capable of translating nanoscale discoveries into commercial products.

3.2 Key Market Drivers

• Government and EU Policy Support: The Horizon Europe framework, national R&D programmes, and strategic investment plans across major European economies are providing sustained funding for materials science and nanotechnology research and commercialisation.
• Industrial Adoption: Sectors including automotive, aerospace, electronics, healthcare, energy, and construction are integrating advanced nanomaterials into manufacturing processes at an accelerating pace.
• Energy Transition: Europe's ambitious climate neutrality targets are driving unprecedented demand for advanced materials in solar cells, batteries, fuel cells, wind turbine components, and thermal insulation systems.
• Nanomedicine Expansion: The integration of nanotechnology into drug delivery, diagnostics, and regenerative medicine is creating a multi-billion euro market in Europe, supported by a world-class pharmaceutical sector.
• Smart and Functional Materials: Growing demand for smart textiles, nano-enabled sensors, self-healing coatings, and intelligent packaging is opening new commercial frontiers.

3.3 Country-Level Highlights

• Germany dominates the European nanotechnology landscape with a 23.4% market share, driven by the tightly integrated Fraunhofer Society, Max Planck Institutes, and industrial giants such as BASF, Siemens, and Evonik. Germany leads Europe in nanotechnology patent filings.
• France, holding an 18.1% share, leverages sovereign industrial policy and a strong pharmaceutical sector. Grenoble remains one of Europe's most advanced nanotechnology research and manufacturing hubs.
• Spain is rapidly growing its nanoscience ecosystem, with the ICN2 in Barcelona, CIC nanoGUNE in San Sebastián, and the IMDEA Nanociencia institute in Madrid positioning the country as a key southern European hub.
• The UK and Netherlands maintain strong positions through world-class academic institutions and active public-private partnership models.
• Nordic countries — particularly Sweden and Finland — are emerging leaders in quantum materials, graphene-based technologies, and sustainable nanomaterials for the green economy.

3.4 Challenges and Opportunities

Despite exceptional growth prospects, the European materials science and nanotechnology sector faces several key challenges: the high cost of nanomaterial synthesis and characterisation infrastructure; complex and evolving regulatory frameworks (particularly regarding nanomaterial safety under REACH); the need to scale laboratory discoveries into commercial manufacturing; and increasing global competition from China, the United States, and South Korea. However, these challenges also present significant opportunities for innovation in green nanofabrication, standardisation, and circular materials design — areas where European researchers and companies are already showing global leadership.

Top Universities with Materials Science and Nanotechnology Research in Europe

The following table lists 25 leading European universities recognised for their outstanding contributions to materials science and nanotechnology research, spanning fundamental discovery, applied innovation, and industry collaboration.

This list reflects a broad geographic spread across Europe, encompassing institutions from the Iberian Peninsula to Scandinavia, Central Europe, and the British Isles. Many of these universities are active participants in EU Horizon Europe projects, Graphene Flagship working groups, EIT Raw Materials knowledge communities, and COST Actions — providing rich networking opportunities for researchers attending international conferences such as Materials Iberia Congress 2027.

Top Scientific Societies in Materials Science and Nanotechnology

Professional scientific societies play an essential role in the materials science and nanotechnology ecosystem, facilitating knowledge exchange, setting research standards, representing the community in policy discussions, and supporting early-career researchers through grants, awards, and training events.

Researchers affiliated with these organisations are encouraged to leverage their society memberships for travel grants, networking introductions, and recognition opportunities at the congress.

Top Companies in Materials Science and Nanotechnology in Europe

Europe is home to a dynamic and globally significant industry base in materials science and nanotechnology. From multinational chemical corporations to high-technology nanotechnology spin-outs, the following companies represent the breadth and depth of European industrial engagement in this field.

These companies are not only consumers of academic research outputs but also active collaborators with European universities and research institutes. Many operate joint laboratories, fund PhD and postdoctoral positions, and participate in EU-funded consortia. The Materials Iberia Congress 2027 warmly invites industrial representatives from these and other organisations to participate as delegates, exhibitors, and sponsors, bridging the gap between academic discovery and industrial application.

Top Materials Science & Nanotechnology Conferences in Europe

Europe hosts some of the world’s most reputable materials science conferences, attracting leading researchers, industry experts, and policymakers. These conferences are often organised by established scientific societies and institutions, ensuring credibility, peer review, and high academic standards.

Major Conferences in Europe:

1. European Materials Research Society (E-MRS) Spring Meeting
2. European Materials Research Society (E-MRS) Fall Meeting
3. Advanced Materials Congress (International Association of Advanced Materials)
4. European Conference on Composite Materials (ECCM)
5. EUROMAT – European Congress on Advanced Materials
6. International Conference on Materials Science, Nanotechnology and Advanced Technologies (Materials Iberia Congress)
7. IEEE Nanotechnology Conference (Europe editions)
8. European Conference on Nanofilms (ECNF)
9. MSE – Materials Science and Engineering (DGM)
10. Graphene Week (Graphene Flagship Initiative)
11. European Symposium on Biomaterials (ESB Conference)
12. European Conference on Surface Science (ECOSS)
13. European Conference on Solid State Chemistry
14. European Metallurgical Conference (EMC)
15. NANOSPAIN
16. International Conference on Materials Chemistry (MC Series – RSC)
17. European Powder Metallurgy Congress (Euro PM)
18. YUCOMAT Conference
19. European Conference on Nanomedicine
20. European Advanced Materials Congress
21. ECerS Conference
22. European Conference on Carbon Materials
23. European Conference on Energy Materials
24. European Conference on Polymer Science & Technology
25. International Conference on Nanoscience and Nanotechnology (ICON)

Top Journals in Materials Science & Nanotechnology

Publishing in high-impact journals is critical for academic visibility and research credibility. Europe plays a key role in global scientific publishing, with many leading journals based in or strongly connected to European institutions and societies.

Leading High-Impact Journals:

1. Advanced Materials
2. Nature Materials
3. Nature Nanotechnology
4. Advanced Functional Materials
5. Materials Today
6. Nano Letters
7. ACS Nano
8. Small
9. Advanced Energy Materials
10. Materials Horizons
11. Nano Energy
12. Acta Materialia
13. Scripta Materialia
14. Progress in Materials Science
15. Journal of Materials Chemistry A
16. Journal of Materials Chemistry B
17. Journal of Materials Chemistry C
18. Nanoscale
19. Nanotechnology (IOP Publishing)
20. Carbon
21. Composites Science and Technology
22. Surface and Coatings Technology
23. Materials Science and Engineering: R Reports
24. npj Materials Degradation
25. Journal of Nanobiotechnology

Conclusion: Why Europe — and Why Materials Iberia Congress 2027

Europe's materials science and nanotechnology ecosystem is among the most vibrant and well-resourced in the world. Supported by billions of euros in public and private investment, anchored by world-class universities and research institutes, and driven by a clear policy mandate to lead the global transitions in energy, health, and digital technology, European materials science is producing discoveries that are reshaping industries and improving lives.

The Materials Iberia Congress 2027, held in Spain — a country at the heart of Europe's growing southern nanoscience corridor — offers researchers, industrialists, and policymakers a premier platform to present their work, forge new collaborations, and engage with the full breadth of the European and international materials science community. With rigorous peer review, transparent governance, alignment with UN Sustainable Development Goals, and a commitment to inclusivity and scientific excellence, the congress is the ideal venue to advance your research and your career.

We look forward to welcoming the world's materials science and nanotechnology community to Spain in 2027.

Spain as a Centre of Excellence in Materials Science and Nanotechnology

Spain has firmly established itself as one of Europe's most dynamic and rapidly growing hubs for materials science and nanotechnology research. Backed by strong institutional support from the Spanish National Research Council (CSIC) — the largest public research organisation in Spain and the third largest in Europe — and energised by a new generation of world-class research centres, universities, and national excellence programmes, Spain's contribution to global materials research is both substantial and accelerating.

1.1 The Role of CSIC and National Research Infrastructure

CSIC stands as the backbone of Spain's scientific enterprise. With over 120 institutes and centres spread across all autonomous regions and more than 10,000 staff, CSIC generates approximately 20% of all scientific output in Spain. Its dedicated Area 6 — Materials Science and Technology — encompasses 13 specialised institutes covering the full spectrum of materials research from advanced ceramics and nanomaterials to functional composites and electronic materials.

Among CSIC's flagship materials and nanotechnology institutes are:

• Institut de Ciència de Materials de Barcelona (ICMAB-CSIC) — a world-leading centre in functional materials, superconductors, and nanomedicine, with active ERC grants and participation in the Graphene Flagship.
• Instituto de Ciencia de Materiales de Madrid (ICMM-CSIC) — specialising in quantum materials, graphene, topological insulators, and magnetic nanostructures; host of the NanoSeries 2023 international conference.
• Instituto de Micro y Nanotecnología (IMN-CSIC) — focused on nanofabrication, microsystems, and semiconductor nanodevices.
• Instituto de Nanociencia y Materiales de Aragón (INMA-CSIC) — leading research on molecular magnetism, porous materials, and nanostructured hybrids.
• Centro de Investigación en Nanomateriales y Nanotecnología (CINN-CSIC) — a joint CSIC-University of Oviedo centre for advanced carbon materials and functional nanocomposites.

1.2 Spain's World-Class Nanoscience Centres of Excellence

Beyond CSIC, Spain hosts a remarkable network of dedicated nanoscience centres, several of which hold the prestigious Severo Ochoa Centre of Excellence accreditation — Spain's highest recognition for research institutions of international impact:

• Institut Català de Nanociència i Nanotecnologia (ICN2), Barcelona — a Severo Ochoa Centre of Excellence since 2014 and coordinator of Spain's national sustainable nanoscience network. ICN2 hosts 20 interdisciplinary research groups working across 2D materials, nano-biosensors, nanoelectronics, and quantum photonics.
• CIC nanoGUNE, San Sebastián — a Basque Government-funded cooperative research centre and María de Maeztu Centre of Excellence, publishing approximately 200 scientific articles and seven patents annually. CIC nanoGUNE is a global reference for quantum nanoscience, nanomaterials, and nanomedicine.
• IMDEA Nanociencia, Madrid — an interdisciplinary nanoscience foundation supported by the Community of Madrid, with research programmes spanning flexible solar cells, biosensors, drug delivery, and molecular electronics.
• Centro de Física de Materiales (CFM), San Sebastián — a joint CSIC and University of the Basque Country centre focused on condensed matter physics and functional materials at the nanoscale.
• IFIMAC — Instituto de Física de la Materia Condensada, Madrid — associated with the Autonomous University of Madrid, specialising in quantum materials, low-dimensional systems, and surface science.

1.3 Government Funding and Policy Support

The Spanish State Research Agency (AEI), operating under the Ministry of Science and Innovation, coordinates competitive funding for materials science and nanotechnology R&D through national project calls, excellence grants, and the Severo Ochoa and María de Maeztu programmes for institutes and research units of global distinction. The Centre for the Development of Industrial Technology (CDTI) complements academic funding with industry-oriented innovation grants, supporting technology transfer from laboratories to market.

Spain also participates extensively in EU Horizon Europe funding, with CSIC leading as one of the top Spanish institutions for Marie Skłodowska-Curie Postdoctoral Fellowship awards. Spanish researchers and institutions are active in the Graphene Flagship, EIT Raw Materials, and Battery 2030+ programmes, ensuring the country's science community is fully connected to Europe's strategic research priorities.

1.4 Key Research Strengths in Spain

Spanish materials scientists have built internationally recognised leadership in a number of frontier areas:

• Graphene and 2D Materials: Spain is a core contributor to the EU Graphene Flagship, with ICN2, ICMM, and UPV/EHU among the leading global centres for graphene synthesis, characterisation, and applications.
• Nanomedicine and Biomaterials: Driven by ICMAB, IMDEA Nano, and a strong pharmaceutical sector, Spain is developing cutting-edge nanoparticle-based drug delivery systems, regenerative scaffolds, and nano-diagnostic tools.
• Molecular Materials and MOFs: The University of Valencia's ICMol institute and INMA-CSIC lead global research in metal-organic frameworks, molecular magnets, and coordination polymers.
• Energy Materials: From organic photovoltaics at ICMAB and IMDEA Nano to solid-state batteries and hydrogen materials at CSIC and UPV, Spain is driving the green energy transition through advanced materials.
• Quantum Materials and Spintronics: ICMM-CSIC, CIC nanoGUNE, and CFM are internationally recognised for research in topological materials, spintronics, and quantum devices.

Top Universities for Materials Science and Nanotechnology in Spain

The following table presents Spain's 25 most prominent universities engaged in materials science and nanotechnology research, reflecting the country's geographic diversity and scientific breadth — from Catalonia and the Basque Country to Andalusia, Aragon, and the Canary Islands.

Many of these universities operate joint institutes with CSIC, participate in Severo Ochoa and María de Maeztu excellence networks, and coordinate EU-funded research projects. Together they form an interconnected national ecosystem that positions Spain as an indispensable partner in European and global materials research.

3. Top Scientific Societies for Materials Science and Nanotechnology in Spain

Spain's scientific societies are central to coordinating the national research community, organising conferences, facilitating industry-academia collaboration, and representing Spanish researchers in European and international bodies. The following are the leading societies in materials science and nanotechnology active in Spain:

Several of these societies — in particular SOCIEMAT, Nanospain, and SEBE — serve as natural institutional partners and endorsers of the Materials Iberia Congress 2027, and their members represent a core audience of researchers who will benefit most directly from attending the conference.

Why Spain? The Case for Hosting Materials Iberia Congress 2027

Choosing Spain as the home of Materials Iberia Congress 2027 is not merely a question of geography — it is a deliberate and well-founded scientific choice. Spain occupies a unique position at the intersection of Europe's two great research corridors: the Mediterranean innovation arc stretching from Catalonia to Valencia, and the Atlantic science region anchored by the Basque Country and Galicia. Together, these regions form one of Europe's most productive and rapidly internationalising materials science ecosystems.

4.1 Scientific Excellence

Spain is home to multiple globally ranked nanoscience and materials research centres, several of which hold the EU's highest accreditation for scientific excellence. Spanish researchers regularly publish in the world's top journals, attract competitive European Research Council grants, and lead major Horizon Europe consortia. The country's CSIC network alone encompasses 13 dedicated materials science institutes, making it one of the most concentrated national research infrastructures in the field anywhere in Europe.

4.2 A Welcoming International Research Environment

Spain has invested significantly in internationalising its research community. Programmes such as the Ramón y Cajal Fellowship, the Juan de la Cierva grants, and MSCA co-funded schemes attract international talent from across Europe, Latin America, Asia, and beyond. This has created a scientific culture that is cosmopolitan, collaborative, and highly receptive to international conference visitors and speaker guests.

4.3 Strategic Location and Connectivity

Spain is one of Europe's most accessible countries, served by major international airports in Madrid, Barcelona, Bilbao, Valencia, Seville, and Malaga — all with direct transatlantic and intercontinental connections. Its central role in the Ibero-American scientific community also makes it the natural bridge between European and Latin American researchers, extending the reach of the congress far beyond Europe's borders.

4.4 Quality of Conference Experience

From world-class conference venues and hotels to a rich cultural heritage, exceptional cuisine, and a famously warm welcome, Spain consistently ranks among the world's most popular destinations for international congresses and scientific meetings. Researchers who attend Materials Iberia Congress 2027 will experience not only an exceptional scientific programme but a memorable and enriching international experience.

Why Researchers Should Attend Materials Iberia Congress 2027

5.1 World-Class Scientific Programme

The congress will feature plenary lectures from globally distinguished researchers, thematic symposia across all major areas of materials science and nanotechnology, and dedicated sessions for early-career researchers. Every submitted manuscript undergoes rigorous double-blind peer review, ensuring that the research presented represents the highest standards of scientific quality. This is a conference where the science is real, the feedback is constructive, and the discussions are substantive.

5.2 Visibility and Recognition for Your Research

Presenting at Materials Iberia Congress 2027 gives your research international visibility and connects your work to one of the most active global communities in your field. Accepted contributions will be published in indexed, peer-reviewed proceedings or partner journals, providing lasting scientific impact beyond the event itself. Outstanding presentations will be recognised through conference awards for best oral and poster contributions.

5.3 Networking with the European and Global Research Community

Materials Iberia Congress 2027 will bring together researchers from across Europe, Latin America, Asia, and beyond. The congress is structured to maximise meaningful scientific exchange, with dedicated networking sessions, industry exhibition space, and social events designed to facilitate genuine professional connections. The relationships formed at this congress can lead to collaborative projects, joint grant applications, and career opportunities that extend far beyond the conference itself.

5.4 Engagement with Spain's Nanoscience Ecosystem

Attending in Spain provides a unique opportunity to engage directly with one of Europe's most vibrant national materials science communities. Delegates will have access to researchers from CSIC institutes, Severo Ochoa Centres of Excellence, and leading Spanish universities — institutions that are actively seeking international collaborators for EU Horizon Europe bids and bilateral research projects. For researchers from outside Spain, this represents a rare and highly valuable point of access to the Spanish scientific network.

5.5 Professional Development for Early-Career Researchers

Materials Iberia Congress 2027 places special emphasis on the development of the next generation of materials scientists. Dedicated early-career tracks, mentoring sessions with senior researchers, and a supportive, inclusive scientific environment make this congress an ideal step forward in a researcher's international career. Travel grants and registration fee waivers will be available for qualifying students and early-career participants to ensure that financial barriers do not prevent outstanding young researchers from attending.

5.6 Commitment to Integrity and Authenticity

In an era of proliferating predatory and low-quality conferences, Materials Iberia Congress 2027 stands as an unambiguous commitment to genuine scientific excellence. Every aspect of the congress — from peer review to programme design, speaker selection to publication — is conducted with transparency, rigor, and respect for the scientific community. When you attend Materials Iberia Congress, you are joining a community that takes science seriously.

Conclusion: Spain, Science, and the Future of Materials Research

Spain's rise as a leading European centre for materials science and nanotechnology is not accidental. It is the product of sustained public investment, institutional excellence, visionary science policy, and a research community that is both internationally connected and deeply committed to rigorous, impactful science. From the nanoscience corridors of Barcelona and the Basque Country to the advanced materials laboratories of Madrid, Valencia, and beyond, Spain is producing research that matters — research that is driving the energy transition, advancing medicine, transforming manufacturing, and expanding humanity's understanding of matter itself.

Materials Iberia Congress 2027 is born out of this rich scientific context. It is a congress for researchers who want their work to be judged on merit, heard by the world's best, and connected to the broader scientific endeavour of advancing knowledge for the benefit of society. We invite researchers from Spain, from Europe, and from every corner of the globe to bring their best science to Spain in 2027.