CSMLab in Cambridge

@fehmiCirak (Principal Investigator)
@Cambridge_Eng @Cambridge_Uni

[CSMLab in Cambridge @CSMLab]

⚡️Preprint alert: “QAFE2: Quantum Accelerated Multiscale Finite Element Analysis” by Yiren Wang, Michael Ortiz, @fehmiCirak

https://t.co/TlH3ZZTVZJ

[CSMLab in Cambridge @CSMLab]

Preprint accepted in Computer Methods in Applied Mechanics and Engineering!

[CSMLab in Cambridge @CSMLab]

New Preprint: "A Quantum Spectral Method for Non-Periodic Boundary Value Problems", by @ekyvalens, Yiren Wang, @BurigedeL , Michael Ortiz and @fehmiCirak
https://t.co/WrYGaXsWLI

[CSMLab in Cambridge @CSMLab]

Spring is here ...

[CSMLab in Cambridge @CSMLab]

Paper now published in the International Journal for Numerical Methods in Engineering.
https://t.co/GpLbeZkaHF

[CSMLab in Cambridge @CSMLab]

⚡️Preprint alert: “Multi-view Bayesian optimisation in reduced dimension for engineering design” by Thomas Archbold, @IevaKazlauskai, @fehmiCirak
https://t.co/YPx7fyXsJb

[CSMLab in Cambridge @CSMLab]

Paper now published in the International Journal for Numerical Methods in Engineering.
https://t.co/oryubmxFcV

[CSMLab in Cambridge @CSMLab]

‼️New preprint: "Bayesian buckling load optimisation for structures with geometric uncertainties" by Tianyi Liu, @XiaoXiao_CAM, @fehmiCirak
https://t.co/sWemRNoYPs

[CSMLab in Cambridge @CSMLab]

New Preprint: "A Quantum Spectral Method for Non-Periodic Boundary Value Problems", by @ekyvalens, Yiren Wang, @BurigedeL , Michael Ortiz and @fehmiCirak
https://t.co/WrYGaXsWLI

[CSMLab in Cambridge @CSMLab]

Excited to welcome @YaswanthSai to the team as a postdoc!

Yaswanth joins us from the University of Illinois Urbana-Champaign and will be focusing on Bayesian inference and PDEs with uncertain/imperfect boundaries.

[Fehmi Cirak @fehmiCirak]

I am looking forward to attending ADMOS 2025 next week and giving a plenary lecture on
"Learning from uncertain models and limited data for digital design and twinning."
https://t.co/tjCuxtQ7SL

[CSMLab in Cambridge @CSMLab]

@chenna1985 Absolutely!

[CSMLab in Cambridge @CSMLab]

Congratulations to @Oguzhan021 for passing his PhD viva with minor corrections! 🎉🎊 Now, to finishing off the last paper.

[CSMLab in Cambridge @CSMLab]

Please apply or share: Research Assistant/Associate in Computational Mechanics at University of Cambridge, focusing on computational methods for uncertain/imperfect geometries. Join our team!

https://t.co/p5uLXSYgGe

[CSMLab in Cambridge @CSMLab]

If you happen to be in Cambridge, don't miss Arnaud's seminar on Population-Based Inference in Mechanics.

Friday 07 February 2025, 15:00-16:00
https://t.co/xofbciz0TQ

[CSMLab in Cambridge @CSMLab]

‼️New preprint: "Bayesian buckling load optimisation for structures with geometric uncertainties" by Tianyi Liu, @XiaoXiao_CAM, @fehmiCirak
https://t.co/sWemRNoYPs

[CSMLab in Cambridge @CSMLab]

@istvan_csanady Nice summary! This is our attempt to combine implicits and breps in the simulation context.
https://t.co/sx62eG2z7X

[CSMLab in Cambridge @CSMLab]

⚡️Preprint alert: “Multi-view Bayesian optimisation in reduced dimension for engineering design” by Thomas Archbold, @IevaKazlauskai, @fehmiCirak
https://t.co/YPx7fyXsJb

[CSMLab in Cambridge @CSMLab]

📜Preprint alert: "Mechanical State Estimation with a Polynomial-Chaos-Based Statistical Finite Element Method". An exciting collaboration with our esteemed colleagues at TU Braunschweig!

https://t.co/oEnpVC3v3E|

[CSMLab in Cambridge @CSMLab]

📣 New paper 📣
Variational Bayesian surrogate modelling with application to robust design optimisation
Thomas Archbold, @IevaKazlauskai, @fehmiCirak

Computer Methods in Applied Mechanics and Engineering (2024)
https://t.co/EKGjIi2Z5A

[Fehmi Cirak @fehmiCirak]

🔉A podcast on our paper: Towards quantum computational mechanics
https://t.co/2IVcyj5dvO
https://t.co/iTUOnJdlkE
(NotebookLM generated)

[CSMLab in Cambridge @CSMLab]

@Poromechanics Amazing!

[CSMLab in Cambridge @CSMLab]

⚡️Link to the published article:
Towards quantum computational mechanics
Burigede Liu, Michael Ortiz, Fehmi Cirak
https://t.co/ob5MymSqkl

[CSMLab in Cambridge @CSMLab]

Can quantum computing revolutionize computational mechanics? We introduce a PDE solver that achieves exponential speedup, reducing complexity from O(Nᶜ) to O((log N)ᶜ).
🔗 https://t.co/QV10BT9HGc
Paper by @BurigedeL, Michael Ortiz, and @fehmiCirak, recently accepted in CMAME.