@llmwhispers @karch_andreas @PhysicistAlex @stringking42069 @jenseisert More generally, a lot of the modern way of thinking about eg holographic QEC was inspired by tensor network models eg https://t.co/G6w6DExgIn
@HyperboIeva The particle thing is non-sense but error correction in cosmology is serious stuff. Are you aware of the 2015 HaPPY result (Harlow, Pastawski, Preskill, Yoshida)? https://t.co/dOAs7lEgsv
In a nutshell: We managed to build a holographic code that adds quantum corrections to HaPPY codes, everyone's favorite toy model of holography (https://t.co/7N4X0Fj8Ib). In our new code, different code states correspond to slightly different bulk geometri
@SchreiberUrs @abramakal @ThomasVanRiet2 @ducciolvp Check out the abstract! https://t.co/D4mUE6uaCY
@abramakal @ThomasVanRiet2 @ducciolvp RT has proof in various lattice models e.g. here: https://t.co/LZiw6CDxV8 https://t.co/6SiImBmKhA
RT @OrusRoman: Fact of the day: quantum error correction is holographic, and Tensor Networks are the natural way to describe it https://t.c…
Fact of the day: quantum error correction is holographic, and Tensor Networks are the natural way to describe it https://t.co/xr6EZ8HLAx
@quantumVerd @Deepneuron @TOEwithCurt Check out the abstract! https://t.co/D4mUE6uaCY
@Deepneuron @TOEwithCurt plot from: https://t.co/zDkeRUGIbm
RT @quantum_geoff: Since @quantum_graeme has helpfully pushed the boundary of what counts as a QI paper, I'll suggest the classic Hayden-Pr…
RT @quantum_graeme: Since @fverstraete already suggested BDSW96, I suggest Holographic quantum error-correcting codes: Toy models for the b…
Since @quantum_graeme has helpfully pushed the boundary of what counts as a QI paper, I'll suggest the classic Hayden-Preskill paper, Black Holes as Mirrors: Quantum Information in Random Subsystems https://t.co/tV34Jd18Ys
RT @quantum_graeme: Since @fverstraete already suggested BDSW96, I suggest Holographic quantum error-correcting codes: Toy models for the b…
Since @fverstraete already suggested BDSW96, I suggest Holographic quantum error-correcting codes: Toy models for the bulk/boundary correspondence. https://t.co/84oBmuT0pP
@DustinHLand It definitely needs to be patched, although I'm sensing more on the gameplay script side as rendering and physics seem rock solid (mostly). The AdS/CFT - QEC connection is one you can go down a rabbit hole on - they find new codes all the time
Holographic quantum error-correcting codes: Toy models for the bulk/boundary correspondence https://t.co/qwpZAVDnUt
"Holographic quantum error-correcting codes: Toy models for the bulk/boundary correspondence", P,Y,H,P, 2015 https://t.co/z0dgRiV7Y3
[1503.06237] Holographic quantum error-correcting codes: Toy models for the bulk/boundary correspondence https://t.co/0IDR1z1xj2
RT @QuantumMemeing: Fig. 1.40: A meme [1]. [1] Quantum Computing Memes for QMA-Complete Teens, Introduction to AdS/MeMe Correspondence (20…
RT @BrianRoemmele: I have been working with folks that are on the brink of lossless error correction Quantum Computing using the construct…
RT @BrianRoemmele: I have been working with folks that are on the brink of lossless error correction Quantum Computing using the construct…
I have been working with folks that are on the brink of lossless error correction Quantum Computing using the construct of Space-Time entanglement wedges that can be reconstructed from qubits on an adjacent region of the boundary. A eureka moment! https:
RT @QuantumMemeing: Fig. 1.40: A meme [1]. [1] Quantum Computing Memes for QMA-Complete Teens, Introduction to AdS/MeMe Correspondence (20…
RT @QuantumMemeing: Fig. 1.40: A meme [1]. [1] Quantum Computing Memes for QMA-Complete Teens, Introduction to AdS/MeMe Correspondence (20…
RT @QuantumMemeing: Fig. 1.40: A meme [1]. [1] Quantum Computing Memes for QMA-Complete Teens, Introduction to AdS/MeMe Correspondence (20…
RT @QuantumMemeing: Fig. 1.40: A meme [1]. [1] Quantum Computing Memes for QMA-Complete Teens, Introduction to AdS/MeMe Correspondence (20…
RT @QuantumMemeing: Fig. 1.40: A meme [1]. [1] Quantum Computing Memes for QMA-Complete Teens, Introduction to AdS/MeMe Correspondence (20…
This year I will be knowledgable about this Kinda.
RT @QuantumMemeing: Fig. 1.40: A meme [1]. [1] Quantum Computing Memes for QMA-Complete Teens, Introduction to AdS/MeMe Correspondence (20…
Fig. 1.40: A meme [1]. [1] Quantum Computing Memes for QMA-Complete Teens, Introduction to AdS/MeMe Correspondence (2018). In preparation for the QIP tutorial tomorrow. If you haven't seen it already, the paper's here: https://t.co/jkedwbl6Cs https://t.c
@upchinmoo @henryquantum @CVuillot @ryanlmann My personal recommendation would be to start with the HAPPY paper: https://t.co/QRpgsetCLN (I still understand everything in holography because of this) And then to move on to “The Jerusalem Lectures by Harlow”
@upchinmoo @CVuillot @ryanlmann I've found that Daniel Harlow's papers to be very lucid and understandable. At least, they give the appearance of being understandable; I've never actually tried to understand AdS/CFT and QECCs in depth. Some links: https://
Pastawski, Yoshida, Harlow & @preskill, Holographic QECCs: Toy models for the bulk/boundary correspondence https://t.co/JmkjpxzBOA https://t.co/cHodFyLJyU
This is some next level thinking. - Holographic QECC: Toy models for the bulk/boundary correspondence https://t.co/PEgl7qJcA3 https://t.co/Utf3TrUD1z
et des plus récents réseaux de tenseurs (comme celui-ci de @preskill et al. https://t.co/BhpAVUmKuk) https://t.co/8XVrqW5RQM
RT @thomasgwong: Hayden @Stanford Harlow, Pastawski, Preskill, Yoshida = HaPPY crew https://t.co/S7SwsrcShJ AdS/CFT corresp = quant error c…
Pastawski @IQIM_Caltech speaking on https://t.co/S7SwsrcShJ Holographic quant error-correcting codes for the bulk/boundary corresp. #QIP2016
Hayden @Stanford Harlow, Pastawski, Preskill, Yoshida = HaPPY crew https://t.co/S7SwsrcShJ AdS/CFT corresp = quant error correction #QIP2016
Holographic quantum error-correcting codes: Toy models for the bulk/boundary correspondence https://t.co/EnN1oSutrN https://t.co/EckiIKDMdf
Are quantum entanglement and holography connected? Preskill suggests: yes. #piCONVERGE http://t.co/6PeG74oIUC http://t.co/9CEfZRevAH
Are quantum entanglement and holography connected? Preskill suggests: yes. #piCONVERGE http://t.co/6PeG74oIUC http://t.co/9CEfZRevAH
Preskill connecting holography to error correction: http://t.co/ibQYaqKS24 #piCONVERGE
Preskill connecting holography to error correction: http://t.co/ibQYaqKS24 #piCONVERGE
As long as I'm FWIWing, this recent article by @preskill et al on quantum info toy models of AdS/CFT is fascinating http://t.co/OgyFlk06LA.
It was a thrill to work on holographic quantum codes with 3 brilliant coauthors. We 4 are HaPPY. (Think about it ..) http://t.co/eWF2xFDxCi
It was a thrill to work on holographic quantum codes with 3 brilliant coauthors. We 4 are HaPPY. (Think about it ..) http://t.co/eWF2xFDxCi
It was a thrill to work on holographic quantum codes with 3 brilliant coauthors. We 4 are HaPPY. (Think about it ..) http://t.co/eWF2xFDxCi
[1503.06237] Pastawski, Yoshida, ... : Holographic quantum error-correcting codes: Toy models for the bulk/bound... http://t.co/xclXOUSehZ
Holographic quantum error correcting codes http://t.co/zjOCk0r7cM
It was a thrill to work on holographic quantum codes with 3 brilliant coauthors. We 4 are HaPPY. (Think about it ..) http://t.co/eWF2xFDxCi
Inspired by Harlow et al. idea relating quantum error correction to AdS/CFT, Pastawski&Yoshida found concrete models. http://t.co/eWF2xFDxCi
Inspired by Harlow et al. idea relating quantum error correction to AdS/CFT, Pastawski&Yoshida found concrete models. http://t.co/eWF2xFDxCi
Holographic quantum error correcting codes http://t.co/zjOCk0r7cM
Inspired by Harlow et al. idea relating quantum error correction to AdS/CFT, Pastawski&Yoshida found concrete models. http://t.co/eWF2xFDxCi
Inspired by Harlow et al. idea relating quantum error correction to AdS/CFT, Pastawski&Yoshida found concrete models. http://t.co/eWF2xFDxCi
Preskill et al's new paper on explicit constructions of AdS/CFT quantum error correcting codes is out. http://t.co/789aEQEt2u
It was a thrill to work on holographic quantum codes with 3 brilliant coauthors. We 4 are HaPPY. (Think about it ..) http://t.co/eWF2xFDxCi
It was a thrill to work on holographic quantum codes with 3 brilliant coauthors. We 4 are HaPPY. (Think about it ..) http://t.co/eWF2xFDxCi
It was a thrill to work on holographic quantum codes with 3 brilliant coauthors. We 4 are HaPPY. (Think about it ..) http://t.co/eWF2xFDxCi
Inspired by Harlow et al. idea relating quantum error correction to AdS/CFT, Pastawski&Yoshida found concrete models. http://t.co/eWF2xFDxCi
Inspired by Harlow et al. idea relating quantum error correction to AdS/CFT, Pastawski&Yoshida found concrete models. http://t.co/eWF2xFDxCi
Inspired by Harlow et al. idea relating quantum error correction to AdS/CFT, Pastawski&Yoshida found concrete models. http://t.co/eWF2xFDxCi
It was a thrill to work on holographic quantum codes with 3 brilliant coauthors. We 4 are HaPPY. (Think about it ..) http://t.co/eWF2xFDxCi
It was a thrill to work on holographic quantum codes with 3 brilliant coauthors. We 4 are HaPPY. (Think about it ..) http://t.co/eWF2xFDxCi
Holographic quantum error-correcting codes: Toy models for the bulk/boundary correspondence. http://t.co/ktcSqCPwob
Pastawski, Yoshida, Harlow & @preskill, Holographic QECCs: Toy models for the bulk/boundary correspondence http://t.co/TzBvRnVyG9
It was a thrill to work on holographic quantum codes with 3 brilliant coauthors. We 4 are HaPPY. (Think about it ..) http://t.co/eWF2xFDxCi
It was a thrill to work on holographic quantum codes with 3 brilliant coauthors. We 4 are HaPPY. (Think about it ..) http://t.co/eWF2xFDxCi
It was a thrill to work on holographic quantum codes with 3 brilliant coauthors. We 4 are HaPPY. (Think about it ..) http://t.co/eWF2xFDxCi
Pastawski, Yoshida, Harlow & @preskill, Holographic QECCs: Toy models for the bulk/boundary correspondence http://t.co/TzBvRnVyG9
Holographic quantum error-correcting codes: Toy models for the bulk/boundary correspondence. http://t.co/ktcSqCPwob