᙭ᕈᗅᐱᔑᗕ The world's first visioning of the future with Exponential Tech From the creators of PUZZLE X Barcelona comes another experience merging deep science, exponential technology, global agenda-shaping power, and impact.

PUZZLE X™ is the world's leading forum for Exponential Technologies & Deep Science for the Future. More than an event, PUZZLE X is an ecosystem activator & a global agenda-shaping forum for Exponential Technologies that will transform the next chapter for cities, citizens, industries, and societies.Supported by the government of Spain, the Generalitat of Catalonia and Barcelona city hall since 2021, PUZZLE X annual forum convened 3000+ stakeholders from 64 countries and 52% decision-makers to showcase the horizons of exponential technology.Described by La Vanguardia as “The most enigmatic event in Barcelona”, PUZZLE X sets the stage for the world’s brightest minds - industry leaders, scientific luminaries, Nobel Laureates, technologists, and policymakers to each bring their piece of the puzzle to unveil a sustainable and prosperous future with Exponential Tech & Deep Science.

MATTER is an international Think Tank of 20,000 cohorts and 30 country chapters focused on building multi-stakeholder initiatives and frameworks to expedite the global progress and implementation of Exponential technologies worldwide.In 2020, MATTER orchestrated an Open Letter to the UN Secretary-General Antonio Guterres. The Open letter signed by over 1000 key leaders in Frontier Material expressed the commitment of the Advanced Material ecosystem to mobilize resources in response to global challenges such as pandemics.In 2023, MATTER organized a grassroots initiative, a high-level international forum, and an Open letter signed by key figures such as Nobel Laureates and heads of industry to Support the proposal to the United Nations to proclaim 2025 as the International year of Quantum Science & Technologies.The Quantum Stakeholder Assembly gathered 100 decision makers in quantum to discuss topics of relevance to the UN and deliberate ecosystem and industry recommendations for the International Year of Quantum.

The GSMA association is an industry trade organisation representing the interests of mobile network operators worldwide. More than 750 mobile operators are full GSMA members and a further 400 companies in the broader mobile ecosystem are associate members.

Continuing to contribute to the experimental research on continuous tuning of the mobility, electron and phonon lifetimes and ultrafast dynamics of graphene and other 2D materials, through micropatterning of the substrate.

Led the formation, operation and growth of the National Graphene Association, the main organization and body in the U.S. promoting and advocating for commercialization of graphene and addressing critical issues such as policy and standards development and navigating the EHS and regulatory landscape. NGA brings together current and future graphene stakeholders -- entrepreneurs, companies, researchers, suppliers, producers, developers, investors, venture capitalists and government agencies -- to drive innovation, and to promote and facilitate the commercialization of graphene products and technologies in the United States.

Facilitating the near-term commercialization of graphene-based products.Providing critical market analysis to identify opportunities in various sectors. Leading the research and development and business feasibility and requirement analysis to produce detailed scope of work and proposals for successful commercialization opportunities.Application development in graphene composite sector.

Multi-institutional collaboration on" Tuning the hot electron-phonon dynamics of graphene through patterning of the substrate."Research areas of focus: Graphene/ Diamond interface, Graphene/ hBN interface, direct laser patterning of graphene, neural stimulation through graphene.Experiments focus on: " Understanding the effect of substrate on the relaxation of hot electrons and phonons in graphene, using ultrafast pump probe spectroscopy." Due to the carrier- surface phonon coupling, the electrons in graphene relax much faster on diamond substrates compared to other conventional surfaces. Created a novel morphological form of graphene called Curled Graphene Ribbons (CGR).Through simultaneous photocurrent and gate sweeping measurements we demonstrated extraordinary photocurrent emission from these novel structures.