🧪⚛️[3/3] A huge thank you to the Theoretical Physics Coordination at CBPF for the kind invitation and for hosting me. The questions and subsequent discussion were a true highlight and have given me so much to think about.

#Physics #Quantum #QuantumComputing #Complexity #OpenQuantumSystems

🧪⚛️[2/3] "From Polarizers to Power Laws: Measuring Quantum Circuit Complexity in Open Systems."
I discussed our findings on how to quantify the complexity of quantum computations when these systems are interacting with their environment. The feedback from such a sharp audience was invaluable.

⚛️🧪(5/5) The future of quantum computing will tackle open systems.Our work is a step towards efficient and practical quantum circuits in the real world! 🚀

⚛️🧪(4/5) Big thanks to the organizers of #ParatyQuantum2025 for a stellar event and to my collaborators at CBPF. The discussions were truly inspiring.

⚛️🧪(3/5) Key finding:The number of gates needed scales as a power law with the desired accuracy. This is a sign of efficient algorithm construction! #QuantumAlgorithms

⚛️🧪(2/5) Our paper: "Quantum circuit complexity for linearly polarized light" We studied open quantum systems, using polarisers as gates to guide states along optimal paths (geodesics). #OpenSystems

🧪 ⚛️ Support open science?

Join Sci-Net—the evolution of Sci Hub! 🚀

Definition 1.1: Let Sci-Net be a new social network that will provide solution to that problem.

Let’s make science free for all.

#OpenScience #SciNet

sci-net.xyz/invite

⚛️ 🧪
5/ Blotto goes quantum! New research shows entangled strategies crush classical ones. All-optical experiment = no loopholes. #SciComm

link.springer.com/article/10.1...

⚛️ 🧪
4/ Why settle for classical? In multiplayer Blotto, quantum strategies break limits. Our optical setup proves it—check the paper! #QuantumInfo

link.springer.com/article/10.1...

⚛️ 🧪
3/ Optics plays war games. Using polarization & transverse modes, we built a quantum Blotto experiment. Spoiler: Quantum players dominate. #QuantumOptics

link.springer.com/article/10.1...

⚛️ 🧪
2/ Game theory meets quantum light! We simulated quantum Colonel Blotto with lasers, revealing that players with quantum moves can win without soldiers. Wild, right? #QuantumAdvantage

link.springer.com/article/10.1...

I understand now! I remember when I was a kid I saw it as a little cartoon to!
This topic brings me nice memories related to the first time I was really enjoying math.

I don't know why I forget this.

Thank you

By default, I choose the first option "Write B>A and read it out in words", unless it is a specific context that I may need to emphasize "A<B". So, first and second is my move. I never thought this relation as a diagram, and now I am curious about this.

🧪⚛️ Como participar?
Fique de olho no edital disponível no link:

www.gov.br/cbpf/pt-br/f...

Ideal para quem quer iniciar na pesquisa!
#Física #IniciaçãoCientífica #MecânicaQuântica #CBPF

⚛️🧪 Perfil ideal:

Interesse em Física-Matemática e teoria quântica.

Desejo em ober habilidade para leitura de artigos e escrita científica.

Vontade de aprender temas avançados!

⚛️🧪 Sobre o projeto:

Estudo teórico da álgebra de Heisenberg e aplicações em modelos quânticos.

Produção de material didático e possível artigo.

Orientação remota disponível!

Colocaram até em leitor de pdf famoso. Toda vez me estressava com ele... Tive que mudar de leitor