About – CURIE-MATRIX™

EXPONENTIAL SPEED ADVANTAGE

SCALABILITY ACROSS SYSTEM SIZES

ENHANCED DATA REPRESENTATION

ENERGY EFFICIENT COMPUTATION

About us: Curie-Matrix™

At Groupe Curie, we believe that true innovation happens when great minds come together to rethink the impossible. Our team is made up of rebels, visionaries, and problem-solvers – people who see challenges as opportunities to create something extraordinary.

We don’t just work with cutting-edge technology; we redefine what technology can do. From chemistry to quantum mechanics, our team has a rare combination of deep expertise and relentless curiosity. We’ve built factories, optimized complex processes, and developed solutions that others said couldn’t be done. We’ve spent years mastering our craft, and now we’re here to set a new standard for what’s achievable.

But it’s not just about technology. It’s about people. We’re driven by the same spirit that inspired pioneers like Marie Curie – a drive to push boundaries, to explore the unknown, and to always keep asking, “What’s next?” That’s what makes Curie-Matrix™ different.

We’re not just building better tools; we’re building the future. And we’re just getting started.

We at Groupe Curie, succeed by exploring paths others overlook – not because they’re simpler, but because they’re different !

About us – Groupe Curie

We’ve Got the Spin: Revolutionizing R&D with Quantum Precision !

Our cutting-edge R&D framework, powered by quantum mechanics, delivers insights at unparalleled speed and accuracy – enhancing rather than replacing existing platforms like DFT, MD, or ML frameworks.

The Curie-Matrix™ acts as a complementary tool that accelerates specific computational steps, providing rapid solutions to complex challenges where traditional approaches fall short. This synergy transforms problem-solving, optimizing chemical reactions, material discovery, and product designs in real-time.

With Curie-Matrix™, we’re not just advancing R&D – we’re supercharging it, minimizing resource consumption, reducing environmental impact, and paving the way for a smarter and more sustainable future.

„Our success hinges on being willing to explore a path others overlooked, not necessarily because it’s simpler, but because it’s different !“

Antoine Parrella – CEO Groupe Curie AG

GET THE SPIN

Inspired by Marie Curie, we at Groupe Curie, succeed by exploring paths others overlook – not because they’re simpler, but because they’re different !

This iconic image from the 1927 Solvay Conference about Quantum Mechanics serves as a powerful reminder of Marie Curie’s incredible achievements and her pioneering spirit. As the only woman among the greatest minds of her era, Marie Curie not only broke barriers but also redefined what was possible in science. Marie Curie was already a Nobel laureate in both Physics and Chemistry, having made groundbreaking contributions to our understanding of radioactivity. Her presence at this conference highlighted her role not only as a trailblazer for women in science but also as a central figure in shaping scientific advancements alongside other legends like Albert Einstein and Niels Bohr.

At Groupe Curie, we honor her legacy and are continuously inspired by Marie Curie Sklodowska unwavering pursuit of knowledge, innovation, and excellence. Her courage and brilliance drive us every day to push the boundaries of science and technology, embracing her spirit as we strive to create sustainable and transformative solutions. We love her for the path she paved, and her story fuels our mission, motivating us again and again to follow in her footsteps and make a lasting impact on the world.

We deeply admire Marie Curie Sklodowska and are thankful for her enduring inspiration, guiding us like a beacon through the unknown.

Marie Curie with Albert Einstein, Heisenberg, Niels Bohr.. (Solvay Conference 1927 – Belgium)

First Row (Left to Right):

(1. Row: 1. A. Piccard (Augusto Piccard, Swiss physicist), 2. E. Henriot (Émile Henriot, French physicist),
3. P. Ehrenfest (Paul Ehrenfest, Austrian physicist), 4. M. Curie (Marie Curie Sklodowska, Polish physicist and chemist),
5. H.A. Lorentz (Hendrik Antoon Lorentz, Dutch physicist), 6. A. Einstein (Albert Einstein, German theoretical physicist),
7. P. Langevin (Paul Langevin, French physicist), 8. Ch. E. Guye (Charles Eugène Guye, Swiss physicist),
9. C.T.R. Wilson (Charles Thomson Wilson, Scottish physicist), 10. O.W. Richardson (Owen Willans Richardson, British physicist),

Second Row (Standing, Left to Right):

1. P. Weiss (Pierre Weiss, French physicist), 2. W. Pauli (Wolfgang Pauli, Austrian theoretical physicist),
3. W. Heisenberg (Werner Heisenberg, German theoretical physicist), 4. R.H. Fowler (Ralph H. Fowler, British physicist),
5. L. Brillouin (Léon Brillouin, French physicist), 6. P. Debye (Peter Debye, Dutch-American physicist),
7. M. Born (Max Born, German physicist and mathematician), 8. N. Bohr (Niels Bohr, Danish physicist),
9. T. de Donder (Théophile de Donder, Belgian physicist and chemist),10. E. Schrödinger (Erwin Schrödinger, Austrian physicist)
11. J.E. Verschaffelt (Jean-Baptiste Verschaffelt, Belgian physicist), 12. W. L. Bragg (William Lawrence Bragg, British physicist),
13. H.A. Kramers (Hendrik Anthony Kramers, Dutch physicist), 14. P.A.M. Dirac (Paul Adrien Maurice Dirac, British physicist),
15. A.H. Compton (Arthur Holly Compton, American physicist), 16. L. de Broglie (Louis de Broglie, French physicist)
17. M. Knudsen (Martin Knudsen, Danish physicist)