Abstract Submission
Materials Evolution 2026 | September 14 & 15, 2026 (In-Person at Budapest) & September 16, 2026 (Virtual Via Zoom Platform)
Online Submission Guidelines
All submissions will be reviewed based on technical merit, readability, relevance and originality. If you have any question or queries about the submission process, check the FAQ below or contact us.
Submission Deadlines
First Round of Abstract Submission
15 December, 2025
Scientific Tracks & Sessions
Tracks 01 to 06
- Fundamentals of Materials Science: Structure and Properties
- Next-Generation Materials for Sustainable Industry
- Materials for Clean Energy and Environmental Applications
- Smart and Functional Materials: Innovations in Sensing and Actuating
- AI and Machine Learning in Materials Design and Discovery
- High-Performance Polymers and Composites for Advanced Engineering
Tracks 07 to 12
- Quantum Materials and Their Applications in Electronics
- Biomaterials: From Medical Implants to Tissue Engineering
- Materials for High-Temperature and Harsh Environments
- Advanced Manufacturing: 3D Printing and Additive Manufacturing
- Materials for Environmental Remediation
- Computational Materials Science and Materials Informatics
Tracks: 13 to 17
- Industrial Applications of Biomaterials in Packaging and Sustainability
- Policy and Innovation: Shaping the Future of Materials Science
- Ceramic and Glass Materials, Metals and Alloys for Advanced Applications
- Corrosion Science and Anti-Corrosion Materials
- Materials for Aerospace, Automotive, and Defense Industries
- Fundamentals of Materials Science: Structure and Properties: Materials Science studies the relationship between a material’s structure (atomic and microstructure) and its properties (mechanical, thermal, electrical). Understanding this helps in designing materials for specific applications. Essentially, structure determines properties, which dictate performance.
2. Next-Generation Materials for Sustainable Industry: Next-generation materials are advanced substances designed to enhance efficiency, durability, and recyclability. They reduce environmental impact, enabling sustainable industrial processes and green technologies.
3. Materials for Clean Energy and Environmental Applications: These materials are engineered to support clean energy technologies, like solar cells and batteries, while minimizing pollution. They enable efficient energy conversion, storage, and environmental remediation for a sustainable future.
4. Smart and Functional Materials: Innovations in Sensing and Actuating: Smart and functional materials can respond to external stimuli, enabling sensing, actuation, and self-adaptation. They drive innovations in robotics, healthcare, and responsive technologies.
5. AI and Machine Learning in Materials Design and Discovery: AI and machine learning accelerate materials discovery by predicting properties and optimizing designs. They reduce experimentation time and enable innovative, high-performance materials for various industries.6. High-Performance Polymers and Composites for Advanced Engineering: High-performance polymers and composites offer exceptional strength, durability, and thermal stability. They enable advanced engineering applications in aerospace, automotive, and electronics.
7. Quantum Materials and Their Applications in Electronics: Quantum materials exhibit unique electronic, magnetic, and optical properties. They enable breakthroughs in electronics, quantum computing, and next-generation devices.
8. Biomaterials: From Medical Implants to Tissue Engineering: Biomaterials are designed to interact safely with biological systems. They are used in medical implants, prosthetics, and tissue engineering to repair or replace damaged tissues.
9. Materials for High-Temperature and Harsh Environments: These materials withstand extreme temperatures, corrosion, and mechanical stress. They are essential for aerospace, power generation, and industrial applications in harsh environments.
10. Advanced Manufacturing: 3D Printing and Additive Manufacturing: Advanced manufacturing uses 3D printing and additive techniques to create complex, customized parts. It reduces waste, speeds production, and enables innovative designs across industries.
11. Materials for Environmental Remediation: Materials for environmental remediation capture, degrade, or neutralize pollutants. They help clean air, water, and soil, supporting sustainable and safe ecosystems.
12. Computational Materials Science and Materials Informatics: Computational materials science and materials informatics use simulations and data analytics to predict material properties. They accelerate discovery, optimization, and design of advanced materials efficiently.
13. Industrial Applications of Biomaterials in Packaging and Sustainability: Biomaterials in packaging offer eco-friendly, biodegradable alternatives to plastics. They enhance sustainability by reducing waste and supporting circular economy practices in industries.
14. Policy and Innovation: Shaping the Future of Materials Science: Policy and innovation guide research, regulation, and funding in materials science. They drive sustainable development, technological breakthroughs, and industry transformation for the future.
15. Ceramic and Glass Materials, Metals and Alloys for Advanced Applications: Ceramics, glass, metals, and alloys offer exceptional strength, durability, and thermal or electrical properties. They are key for advanced applications in aerospace, electronics, and engineering.
16. Corrosion Science and Anti-Corrosion Materials: Corrosion science studies material degradation and its prevention. Anti-corrosion materials protect structures, machinery, and pipelines, enhancing durability and reducing maintenance costs.
17. Materials for Aerospace, Automotive, and Defense Industries: Materials for aerospace, automotive, and defense combine lightweight strength, durability, and heat resistance. They enhance performance, safety, and efficiency in critical engineering applications.
Materials Evolution 2026 | Submit Abstract Form
Poster Guidelines:
- The abstract submission deadline for poster competition will be closed one month before the conference date. All are requested to submit their abstracts well in advance.
- The abstract should include complete details of the Participant. You can download the abstract template from our conference website
- Abstracts for Poster presentations have to be submitted through online or by email.
- Present numerical data in the form of graphs, rather than tables. If data must be presented in table-form, Keep it Simple.
- Visuals should be lucid and bold.
- Avoid extensive mathematical notations.
- Posters with 750 words or less are perfect. Avoid submitting compactly packed posters.
- Organize your poster into subdivisions, e.g., Introduction, Methods, Results, Discussion, Conclusions, and Literature Cited
- Avoid using many citations
- Use bright colours to enhance the details of your Poster
- Text should be readable from four to five feet distance.
- Besides your project, the text could also include roadmap for future research plans.
- Each poster should be approximately 1×1 M long.
- The title, contents and the author’s information should be perfectly visible from a distance of 1-2 feet
Abstract Submission Guidelines
- All the presenters are requested to submit their Abstracts on our website.
- If the presenter is unable to submit the Abstract online, email one of our emails id’s mentioned on our website.
- After the Abstract submission, the acceptance may take between 24~48 hours.
- If the Abstract is accepted, our organiser will email the acceptance letter to the registered email id.
- If the Abstract is accepted, the applicant can proceed to register for the conference.
- For any further queries or questions, email at: simona@matevolutions.com
F.A.Q.
How to submit an Abstract?
Send us your abstracts as per the sample template in Abstract Submission page or you can directly email to conference Program Manager.
Where do I go to submit an abstract?
You may submit proposals online via our Abstract Submission Portal or you can directly email to conference Program Manager.
When will I have to proceed for registration?
After submission of Abstract you will get an acknowledgement from our Program Manager. You can proceed to complete your registration after the acknowledgement.
May I submit more than one proposal?
Yes. You may submit more than one proposal and participate in more than one session either in oral or poster session. However, you may not present more than two papers during the conference.
Do you have any template for paper submission?
Yes, we have a template for abstract submission. Please download from this link here
Can I still participate without Submitting the Abstract?
Yes, you can participate as a Delegate for the conference without submitting any paper.
How much time will be given for an oral presenter?
Each Oral Presenter will have 20-25 minutes for presentation including Q/A session
What language should I speak during presentation?
The working language of the conference is English.
Do I get a translator during my presentation?
Translators will not be available during presentations. If you wish you can get your own translator