Kathrin Spendier’s Post

Non-Abelian anyons could represent a significant breakthrough in fault tolerant error corrected qbits. Exploring the dimensionality of qbits is a potential path to more fault tolerant qbits in quantum computers. "What makes non-Abelian anyons so special is that they have a kind of memory. When they swap places, they remember their previous positions and orientations, and this affects their future behavior. This is like a magic trick: the magician moves some cups around and reveals a hidden ball under one of them. This memory also makes non-Abelian anyons topological, meaning they are immune to small deformations and disturbances. They can be stretched, twisted, or bent but will not lose their identity or information." https://lnkd.in/e7tSAngD

Welcome simulacrum. #simulation #quantumtech #quantum #quantumsimulation #electron #subatomic #fermionicHubbardmodel #superconductivity https://lnkd.in/grWBeEcq

Here is my latest blog about: Unlock the Power of Quantum Simulation with Intel OneAPI - https://lnkd.in/gt4SKfPZ Have you ever wondered how scientists and researchers predict the behavior of quantum systems? Or how they simulate complex materials with extraordinary accuracy? Well, the answer lies in the power of quantum simulation. And with Intel OneAPI, unlocking this power has never been easier. At Skrots, we understand the importance of harnessing the potential of quantum simulation for various industrie... Do Like & Share :)

Here is my latest blog about: Unlock the Power of Quantum Simulation with Intel OneAPI - https://lnkd.in/g58fqpcW Have you ever wondered how scientists and researchers predict the behavior of quantum systems? Or how they simulate complex materials with extraordinary accuracy? Well, the answer lies in the power of quantum simulation. And with Intel OneAPI, unlocking this power has never been easier. At Skrots, we understand the importance of harnessing the potential of quantum simulation for various industrie... Do Like & Share :)

Here is my latest blog about: Unlock the Power of Quantum Simulation with Intel OneAPI - https://lnkd.in/gTsstX6Z Have you ever wondered how scientists and researchers predict the behavior of quantum systems? Or how they simulate complex materials with extraordinary accuracy? Well, the answer lies in the power of quantum simulation. And with Intel OneAPI, unlocking this power has never been easier. At Skrots, we understand the importance of harnessing the potential of quantum simulation for various industrie... Do Like & Share :)

Our article "Non-Quasi-Static Modeling of Neural Network-Based Transistor Compact Model for Fast Transient, AC, and RF Simulations " is now published in IEEE Electron Device Letters.

Here is my latest blog about: Unlock the Power of Quantum Simulation with Intel OneAPI - https://lnkd.in/gT9x9tZR Have you ever wondered how scientists and researchers predict the behavior of quantum systems? Or how they simulate complex materials with extraordinary accuracy? Well, the answer lies in the power of quantum simulation. And with Intel OneAPI, unlocking this power has never been easier. At Skrots, we understand the importance of harnessing the potential of quantum simulation for various industrie... Do Like & Share :)

As they exist right now, most quantum computers need mechanisms for identifying and correcting errors as they occur, as they challenges of sustaining the quantum properties of a set of qubits makes errors caused by decoherence an inevitability. However, measuring qubits to check if they have gone awry can be tedious and time consuming. This newly proposed recipe for quantum error correction streamlines the process with copying and feedback steps, potentially boosting performance all around. #Physics #QuantumComputing

Reverse Engineering with the Quantum Max FARO ScanArm!

#Modelling Qubits with #ASAP In this case study we consider an N doped graphene flake (AZA-Triangulene) to model a spin-Qubit. #Quantum logic gates (basic circuits operating with a few qubits*) enable quantum computers to store more information than classical bits, significantly enhancing memory and processing speed. #Ask for trial: nls@dhioresearch.com #Force #Quantum #ASAP #Modelling #Qubits #engineering #simulation #analysis #material #modelling #Quantum #AtomisticModelling #atomistic #quantum