July 21, 2025
Let’s introduce Dr. Mariam Ali Almahri to our audience! Who are you? If you had to describe yourself in 1 sentence, what would you say?
I’m a materials scientist on a mission to turn high-impact research into real-world technologies, blending curiosity with commercial ambition to bring the invisible potential of 2D materials into everyday life.
What are the most
A- Fascinating research
B- Impactful research
C- Fun and whimsical research
You are leading these days?
Fascinating research: We’re developing a novel composite architecture that enables the creation of transparent, graphene-based films. These films are thin, lightweight, and tunable, offering permeability and optical clarity that could be ideal for next-generation coatings, smart surfaces, and breathable protective barriers.While graphene is intrinsically transparent at the atomic scale, achieving this level of optical clarity and functionality in a macroscopic, composite form is something that hasn’t been done before and that’s what makes it so exciting.
Impactful research: Our work on producing graphene from waste materials could play a critical role in making advanced materials more sustainable and accessible. By turning what would otherwise be discarded into high-value graphene, we’re not only reducing environmental impact but also opening the door to affordable applications in energy, filtration, and construction. It’s a small shift with potentially huge ripple effects.
Fun and whimsical research: One of the most memorable projects I’ve worked on was producing biofuel from algae. My team and I went on a scientific “treasure hunt” across the UAE, collecting native algae from deserts, coasts, and wetlands. We then cultivated them in the lab like tiny green fuel factories. It was one of my first research projects, and it sparked a deep appreciation for scientific exploration that still fuels my curiosity today.
You’ve worked on growing graphene directly onto semiconductors! Could that finally make it usable in real devices?
Absolutely, direct growth eliminates the need for transfer, which is where a lot of the damage and contamination happens. It’s still a challenge to align the growth conditions with the thermal and chemical limitations of delicate semiconductors, but exciting progress has been made in this space. There are even companies now built entirely around this concept, which shows how close we are to real device integration.
Graphene… that can dissolve rock-like surfaces? What on Earth is going on and what can we use it for?
That’s a fun interpretation :) while graphene doesn’t literally “dissolve” rock, some forms like graphene oxide can chemically interact with mineral or clay-based materials. In our research, we’ve seen how graphene-based composites can intercalate, exfoliate, or weaken rigid layered materials, which could be useful for sustainable processing, nanofabrication, or even targeted cleaning in extreme environments. It’s a great example of how nanomaterials can reshape even the toughest surfaces—without brute force.
AI…AI…AI…is AI doing anything useful in your field of material science and chemical engineering?
AI holds enormous potential in materials science, it could dramatically accelerate discovery, optimize experiments, and help us make sense of complex structure–property relationships that would take years to unravel manually. But we’re not there yet. The biggest gap isn’t in the technology, it’s in the collaboration between material scientists and computer scientists. We speak different languages: one rooted in physical intuition and messy lab data, the other in clean models and large datasets. Until we bridge that gap with shared tools, better datasets, and cross-disciplinary fluency, the impact of AI will remain fragmented. But if we get it right, AI could help us design new materials faster, cheaper, and more sustainably than ever before—and that’s worth investing in.
If you could design an experiment without any limitations of time or money…what would it be?
To be honest, I struggled to answer this question, and then I realized it’s because I’m fortunate to already be in a place where science is truly supported. Living and working in the UAE, I have access to the resources, infrastructure, and encouragement needed to pursue ambitious experiments. Many of the things that might be ‘dream experiments’ elsewhere are actually within reach here. It’s a unique privilege that I don’t take for granted.
If you could have a superhero power. What would it be?
I’d love the power to clone myself and I fantasize about it sometimes. One version would be a full-time mom, baking cupcakes, helping with homework, and soaking up every moment of motherhood. The other would be a full-time scientist, building experiments, developing technologies and leading teams. Until then, I dance between both worlds with joy, knowing that each one makes the other more meaningful.
Mystery dinner party…Dead or Alive, who would be 3 guests you would invite to your dinner party?
At my dream dinner table, I’d invite Sheikh Zayed bin Sultan Al Nahyan, to thank him, as his vision laid the foundation for everything we’re building today. I’d love to hear his thoughts on how far the UAE has come in science and innovation. I’d also invite Nikola Tesla, whose imagination and inventions were far ahead of his time, and finally, Elon Musk, just to see how that conversation unfolds over dessert.
Question to you from our previous guest Dr. Anna-Maria Pappa (Associate Professor, Khalifa University): “If science fields had mascots, what would your field’s mascot be?"
The Honeybee, like the hexagonal pattern of graphene, bees work with perfect efficiency and structure. They're small, but essential just like a single layer of carbon atoms that can revolutionize entire industries.
I’m a materials scientist on a mission to turn high-impact research into real-world technologies, blending curiosity with commercial ambition to bring the invisible potential of 2D materials into everyday life.
The first-ever Quantum for Good track at the UN’s AI for Good Global Summit 2025 in Geneva convened 30+ global leaders to explore how quantum technologies can drive real-world impact—from climate and cybersecurity to ethics, governance, and the future of talent.
I'm a chemical engineer turned biomedical engineer, leading a group at Khalifa University exploring the intersection of living and non-living systems towards adaptive and bioinspired biodevices.
I am a visual neuroscientist and professor at NYU Abu Dhabi, where I lead a team dedicated to understanding how our brain constructs our rich three-dimensional visual world from the flat images that fall on our eyes.
I define myself both as an evolutionary biologist and as an educator. I grew up in a small village in France and my parents’ house was close to swamps. I spent my childhood catching frogs, snakes and lizards and I became fascinated by their diversity. Becoming an evolutionary biologist was thus a logical path for me. I also care deeply in transmitting my passion for evolution to younger generations and in particular to expose students to field work, which is the best place to come up with new research ideas.
Dr. Zina Cinker, Chief Creator of XPANSE, moderated a high-stakes conversation with leaders from energy, finance, and deep tech on why they’re investing in quantum now - and how it’s accelerating the UAE’s national strategy.
MATTER - parent company of XPANSE - had the honor of partnering with H.E. Arthur Mattli, Swiss Ambassador to the UAE, for the reception of Switzerland’s high-level scientific delegation to Abu Dhabi and contributing from its network to a guest list of select scientists and institutional leaders from the UAE’s academic and innovation ecosystem.
I'm a construction materials scientist passionate about transforming environmental challenges into opportunities through sustainable innovations in the built environment.
During Dr. Cinker’s fireside chat with Dr. Merritt Moore, they explored the dynamic intersection of creativity, science, and the arts, bridging these disciplines to open new opportunities for strategic connections, innovation, and cultural expression
A dedicated bioengineer trying to develop innovative translational medical devices for better healthcare in the future.
In collaboration with Art Proxima by MATTER, Jan Loop, Professor of Early Modern History and Religious Cultures at University of Copenhagen and Dr. Reto Sorg, Lecturer in Modern German Literature, University of Lausanne, the 2nd edition of the “XPANSE in the Desert” workshop took place on April 16.
I am a quantum enthusiast with a passion for politics, and a hopeless idealist dedicated wholeheartedly to the Quantum Social Lab - where science meets society, and curiosity meets creativity.
As a bioacoustician, I have dedicated my work to exploring how sounds from Nature can help us better understand and protect wildlife and restore biodiversity.
Dr. Graham Lau is an astrobiologist, meditation guide, science communicator, and writer with a vision for exploring the cosmos and building the future of our civilization here on Earth.
I am, at heart, an explorer driven by an insatiable curiosity to venture where no one has gone before, whether that’s unraveling the mysteries of the cosmos or tackling profound questions about the origin of life and the nature of consciousness.
In partnership with NYU Abu Dhabi, MATTER brought together new media artists from our initiative, ART Proxima, and desert scholars from NYU Abu Dhabi for the “XPANSE in the Desert” Workshop, in preparation tp the next theme of XPANSE 2nd Edition - The Desert.
In partnership with Layers of Reality at IDEAL Barcelona, 3rd MATTER Annual Meet-Up was held, bringing together MATTERSPHERE, XPANSE, and PUZZLE X partners & friends.
XPANSE advisory council members and key partners gathered for an evening of deep discussion on the next theme of XPANSE 2nd Edition and the desert’s profound significance.
I am curious guy working and learning in science, technology and commercial development.
In my whole career as a biophysicist, brain scientist and now as biotechnologist, I have always been most productive at the interface between science - exploring and understanding – and Technology - designing and building.
I am a dedicated materials scientist passionate about pioneering advancements in smart and sustainable materials that will redefine industries and improve everyday life.
I’m a mathematician who got lost and ended up finding interesting questions in physics and philosophy and spends a lot of time thinking about the universe.
Professor Yahya Zweiri, Department of Aerospace Engineering, and Director of the Advanced Research & Innovation Center (ARIC) at Khalifa University, UAE.
I’m a computational scientist on a mission to push the boundaries of knowledge using the unmatched power of supercomputers and simulation
I am a scientist. With over 15 years of experience in quantum photonics labs, and a passion for the Space sector, I focus on merging the best of both worlds to enhance our everyday life.
I am a scientist. With over 15 years of experience in quantum photonics labs, and a passion for the Space sector, I focus on merging the best of both worlds to enhance our everyday life.
I am the founder and CEO of Cortical Labs. I was previously the CTO and founder of a medtech company making Internet-connected medical devices called CliniCloud. Before CliniCloud, I was a medical doctor doing my residency in Emergency Medicine. I am also a software developer and have worked on apps and machine learning research.
I am a Space scientist. Whatever flies in outer Space, I am in!
My name is Arben Merkoçi and I am ICREA Professor and Group Leader at Catalan Institute of Nanoscience and Nanotechnology, ICN2, in Barcelona.
I am a Materials Scientist and currently serve as the Group Leader of the Nanofabrication and Devices Group at the Center for Nanoscale Materials, Argonne National Laboratory.
Since I was five years old I have been fascinated by using computers to extend human capabilities. My company makes a platform that supports this goal and then we use this platform to implement solutions for companies around the world. (You could say I support human augmentation / cyborgification).
I am a neurobiologist working to understand how the human brain is built in health and disease.
I am a materials science researcher who is fascinated by challenges in Space that are cross-cutting and are useful on earth as well.