• To understand the chemical and physical properties of CNDs and CNTs.
• To explore various synthesis methods including both chemical and non-chemical approaches.
• To examine the applications of these nanostructures in fields like drug delivery, photocatalysis, and energy.
• To discuss the market dynamics and industry trends affecting the adoption of carbon nanostructures.
• To identify the challenges and regulatory considerations in the production and use of nanostructures.
• To learn about the potential of green and biomass-derived nanostructures.
• To analyze case studies showcasing successful applications of these materials.
• To foster a network among professionals and academics in the field.
• To brainstorm future innovations and applications in the industry.
• To encourage sustainable practices and ethical considerations in the use of nanotechnologies.

Schedule for the day 1 

• Section 1: Carbon nanodots (CNDs) – Hydrophilic and extensively surface functionalized
• Section 2: Nitrogen doped Carbon nanodots – Synthesis from Urea – A tale of serendipity
• Section 3: Nitrogen and Sulphur co – doped carbon nanodots – Synthesis form Ampicillin
• Section 4: Nonchemical synthesis of C dot – So Nano composites for biodiesel production
• Section 5: Boron or Sulphur doped CNDs for photocatalytic dye degradation

Schedule for the day 2 

• Section 6: Chemical, electrochemical and mechanical methods of synthesis of CNDs
• Section 7: Applications of CNDs – Sensing, bio imaging, photodynamic therapy, photocatalaysis, drug delivery, micro fluid markering; chiral photonics
• Section 8: Biomass derived carbon nano dots
• Section 9: Green carbon nano dots – Electrochemical sensing
• Section 10: Green carbon nano dots – Anticancer activity and cytotoxicity

Schedule for the day 3 

11.1. Introduction to Carbon nanotudbes

• Brief Overview of Carbon Nanotubes (CNTs)
• Significance of CNTs in Various Industries

11.2. Fundamentals of Carbon Nanotubes

•  Structure and Properties
  1. Strength
  2. Electrical Conductivity
  3. Thermal Conductivity
  4. Purification
• Types of Carbon Nanotubes
• Manufacturing Processes

11.3. Current Market Scenario (2023)

• Global CNT Market Size and Revenue
• Industry Segmentation and Applications
  1. Polymers
  2. Electronics
  3. Purification
  4. Automobiles
  5. Tyres
  6. Medical
  7. Batteries
• Major Players in the Market
  1. Cnano Technology
  2. Arkema
  3. LG Chem
•  New Companies in the Market

12 12.1. Drivers and Challenges
● Factors Fueling the Expansion
● Technological Advancements
● Regulatory Challenges and Environmental Concerns
12.2. Future Forecast (2023-2032)
● Emerging Trends in CNT Applications
● Projected Market Growth and Opportunities
● Potential Disruptions and Innovations and Patent
● New Products in Development
12.3. Industry Case Studies
● Highlighting Successful CNT Implementations
● Lessons Learned and Best Practices
● Case Studies from Various Sectors

13 13.1. Implications and Impact
● Economic Impacts of CNT Market Expansion
● Environmental and Ethical Considerations
● Social and Industrial Transformations
13.2. Regulatory Landscape
● Current Regulations Surrounding CNTs
● Anticipated Changes in Regulations
● Compliance and Risk Management

• Research scientists and chemists specializing in nanotechnology and materials science.
• Engineering professionals in fields such as chemical, biomedical, and environmental engineering.
• PhD scholars and graduate students focused on nanoscience and materials engineering.
• Industry professionals from sectors such as pharmaceuticals, electronics, and automotive.
• Business strategists and decision-makers in technology-driven companies.
• Policy makers and regulatory professionals interested in the safety and compliance of nanotechnologies.
• Investment analysts and financial advisors specializing in tech and innovation sectors.
• Innovation managers and product developers in high-tech industries.
• Educators and academic staff teaching related subjects.
• Environmental consultants focusing on sustainable and green technologies.