😂
@timohillmann Check out the abstracts! https://t.co/HFhWNKZ5eg https://t.co/SSd9omD2v0
This is a fun Easter egg hidden in the arxiv version https://t.co/OPBqyW1DpZ and a nice continuation of traditions after hidding Chuck Norris in https://t.co/jqeAcEhKfo
RT @decodoku: The best talks are the ones when you find out that Chuck Norris is hidden in a paper https://t.co/VKFhgEr7Ab https://t.co/CH2…
RT @decodoku: The best talks are the ones when you find out that Chuck Norris is hidden in a paper https://t.co/VKFhgEr7Ab https://t.co/CH2…
QC are about to get a lot more powerful, thanks to a new architecture that is being made possible by the strength of @chucknorris! With Chuck, this game-changing technology, quantum computers will be able to communicate quantum information instantly and f
RT @decodoku: The best talks are the ones when you find out that Chuck Norris is hidden in a paper https://t.co/VKFhgEr7Ab https://t.co/CH2…
RT @decodoku: The best talks are the ones when you find out that Chuck Norris is hidden in a paper https://t.co/VKFhgEr7Ab https://t.co/CH2…
RT @decodoku: The best talks are the ones when you find out that Chuck Norris is hidden in a paper https://t.co/VKFhgEr7Ab https://t.co/CH2…
RT @decodoku: The best talks are the ones when you find out that Chuck Norris is hidden in a paper https://t.co/VKFhgEr7Ab https://t.co/CH2…
The best talks are the ones when you find out that Chuck Norris is hidden in a paper https://t.co/VKFhgEr7Ab https://t.co/CH2Ze5Qus6
RT @candidusflumen: 「Demonstration of the trapped-ion quantum CCD computer architecture」ハネウェル社のイオントラップによる量子コンピュータの論文らしいが、要旨しか読んでないので、Singul…
「Demonstration of the trapped-ion quantum CCD computer architecture」ハネウェル社のイオントラップによる量子コンピュータの論文らしいが、要旨しか読んでないので、Singularity Hubでの記事のように、6-qubitで大きな量子体積を達成したというのが分からなかった → https://t.co/R5x7gkENxI
$CCD - BR: $22.47 -> NOW: $31.91 Demonstration of the trapped-ion quantum CCD computer architecture Read more: https://t.co/duExYMo8Q3
RT @DavidHa03746758: Congrats everyone at Honeywell! https://t.co/J8eYrRgyg7
RT @g8ge: Inside the @honeywell trapped-ion charge-coupled device quantum computer https://t.co/v8pz60sS6z @JQInews @JointQuICS @NIST @JILA…
RT @g8ge: Inside the @honeywell trapped-ion charge-coupled device quantum computer https://t.co/v8pz60sS6z @JQInews @JointQuICS @NIST @JILA…
RT @g8ge: Inside the @honeywell trapped-ion charge-coupled device quantum computer https://t.co/v8pz60sS6z @JQInews @JointQuICS @NIST @JILA…
RT @g8ge: Inside the @honeywell trapped-ion charge-coupled device quantum computer https://t.co/v8pz60sS6z @JQInews @JointQuICS @NIST @JILA…
Inside the @honeywell trapped-ion charge-coupled device quantum computer https://t.co/v8pz60sS6z @JQInews @JointQuICS @NIST @JILAscience
Demonstration of the trappedion quantum CCD computer architecture null https://t.co/luzCSFk2Z1 #DTHSTR
RT @KeysightQ: Congrats 🍾 @honeywell ! We’re big fans of shuttling around Ions in QCCD! https://t.co/JBtWZJiZd0 https://t.co/Z6Oy03NsaY
Congrats 🍾 @honeywell ! We’re big fans of shuttling around Ions in QCCD! https://t.co/JBtWZJiZd0 https://t.co/Z6Oy03NsaY
RT @DavidHa03746758: Congrats everyone at Honeywell! https://t.co/J8eYrRgyg7
RT @DavidHa03746758: Congrats everyone at Honeywell! https://t.co/J8eYrRgyg7
https://t.co/dMJ8hgBd77 Nulltoleranz
RT @DavidHa03746758: Congrats everyone at Honeywell! https://t.co/J8eYrRgyg7
RT @DavidHa03746758: Congrats everyone at Honeywell! https://t.co/J8eYrRgyg7
RT @emulenews: #Nature Demonstration of the trapped-ion quantum CCD computer architecture https://t.co/VXduAO0MR5 it realizes a teleported…
#Nature Demonstration of the trapped-ion quantum CCD computer architecture https://t.co/VXduAO0MR5 it realizes a teleported CNOT gate using mid-circuit measurement, negligible crosstalk error and a quantum volume of 2⁶ = 64." https://t.co/U3WT32mt2x
I think with the upshift in quantum computing, maybe I need to be getting my head round this. I'm guessing that working out protein folding and energy minima might be solved pretty quick with one of these babies (or a generation or three down the line) htt
RT @rwang0: MyPOV: inside the trapped-ion #quantumcomputing architecture - mobile ions as Qbits. https://t.co/dk1r855EKd @honeywell
MyPOV: inside the trapped-ion #quantumcomputing architecture - mobile ions as Qbits. https://t.co/dk1r855EKd @honeywell
RT @ihdeutsch: Exciting results from @honeywell quantum.
Demonstration of the trapped-ion quantum CCD computer architecture | Nature https://t.co/05eUTo3E4j
RT @DavidHa03746758: Congrats everyone at Honeywell! https://t.co/J8eYrRgyg7
RT @DavidHa03746758: Congrats everyone at Honeywell! https://t.co/J8eYrRgyg7
RT @ihdeutsch: Exciting results from @honeywell quantum.
RT @DavidHa03746758: Congrats everyone at Honeywell! https://t.co/J8eYrRgyg7
RT @DavidHa03746758: Congrats everyone at Honeywell! https://t.co/J8eYrRgyg7
Demonstration of the trapped-ion quantum CCD computer architecture https://t.co/6YNzydv2M8 ハネウェルがイオントラップ量子CCDコンピュータなるものを提案してネイチャー載せとる(・ε・` )
Demonstration of the trapped-ion quantum CCD computer architecture | Nature https://t.co/koHSBPJLgs
RT @ihdeutsch: Exciting results from @honeywell quantum.
Exciting results from @honeywell quantum.
RT @DavidHa03746758: Congrats everyone at Honeywell! https://t.co/J8eYrRgyg7
RT @PacoLuisGRX: Demonstration of the trapped-ion quantum CCD computer architecture. Academic article via @nature #QuantumComputing http…
Demonstration of the trapped-ion quantum CCD computer architecture. Academic article via @nature #QuantumComputing https://t.co/LrYWGgZzFx
RT @DavidHa03746758: Congrats everyone at Honeywell! https://t.co/J8eYrRgyg7
Details published on our trapped ion quantum computing architecture, used for demonstrations of record performance and quantum error correction https://t.co/iWa520AEoz
RT @DavidHa03746758: Congrats everyone at Honeywell! https://t.co/J8eYrRgyg7
RT @DavidHa03746758: Congrats everyone at Honeywell! https://t.co/J8eYrRgyg7
RT @DavidHa03746758: Congrats everyone at Honeywell! https://t.co/J8eYrRgyg7
RT @DavidHa03746758: Congrats everyone at Honeywell! https://t.co/J8eYrRgyg7
RT @DavidHa03746758: Congrats everyone at Honeywell! https://t.co/J8eYrRgyg7
RT @DavidHa03746758: Congrats everyone at Honeywell! https://t.co/J8eYrRgyg7
RT @DavidHa03746758: Congrats everyone at Honeywell! https://t.co/J8eYrRgyg7
RT @DavidHa03746758: Congrats everyone at Honeywell! https://t.co/J8eYrRgyg7
RT @DavidHa03746758: Congrats everyone at Honeywell! https://t.co/J8eYrRgyg7
RT @DavidHa03746758: Congrats everyone at Honeywell! https://t.co/J8eYrRgyg7
Congrats everyone at Honeywell! https://t.co/J8eYrRgyg7
Demonstration of the trapped-ion quantum CCD computer architecture https://t.co/woccOS6Pfz
RT @Architectshow: Demonstration of the trapped-ion quantum CCD computer architecture - https://t.co/FhP9jUSHzr https://t.co/XLZfSctSB1
Demonstration of the trapped-ion quantum CCD computer architecture - https://t.co/FhP9jUSHzr https://t.co/XLZfSctSB1
Demonstration of the trapped-ion quantum CCD computer architecture https://t.co/1GRwBaQSkw https://t.co/lCc4HfVppa | #research #manuscripts @nature
Understand how @honeywell is building QCCD trapped-ion quantum computers to realize interaction between ions by movement. https://t.co/dKKDU85lSp #quantum #quantumcomputing #honeywell #azure #MSFTQuantum #AzureQuantum
RT @DavidHa03746758: @quantum_graeme @JoshKoomz This paper details how we did the n=2,3,4 & 6 measurements. https://t.co/xbNr8Vt0am New pap…
RT @DavidHa03746758: @quantum_graeme @JoshKoomz This paper details how we did the n=2,3,4 & 6 measurements. https://t.co/xbNr8Vt0am New pap…
Exciting new results from @honeywell with @UNM CQuIC alumni @DavidHa03746758 @cbaldwin4 @Ciaranryand
@quantum_graeme @JoshKoomz This paper details how we did the n=2,3,4 & 6 measurements. https://t.co/xbNr8Vt0am New paper coming soon
@nick_farina @Moor_Quantum @preskill @honeywell @marco_pistoia I'm pretty sure they are just using the third zone (of five) on this trap: https://t.co/tb3mTyuhYZ I'm not sure you should expect a preprint every time they use incrementally more of a trap's
@csferrie Yes, it's a new world order. My assumption is that this builds on https://t.co/pziBWmeoR2 . I hope to see a scientific publication soon.
|Press||research_insights|30.04.2020 Quantencomputer Quantenchip Honeywell Studie>https://t.co/ejdP8WDqRJ Globale Quantum Chip Markt-Absatzprognose >Region 2020-2026 Origin Quantum Computing Technology #IBM #Microsoft #Google #Silicon Quantum Computi
La importancia de la colaboracion en los avances tecnológicos @qiskit
RT @jaygambetta: We are very pleased to see @honeywell adopting #quantumvolume in addition to their integration to @qiskit https://t.co/eTl…
RT @jaygambetta: We are very pleased to see @honeywell adopting #quantumvolume in addition to their integration to @qiskit https://t.co/eTl…
RT @jaygambetta: We are very pleased to see @honeywell adopting #quantumvolume in addition to their integration to @qiskit https://t.co/eTl…
#honeywell announcememt #qskit #quantum #quantumcomputing
RT @jaygambetta: We are very pleased to see @honeywell adopting #quantumvolume in addition to their integration to @qiskit https://t.co/eTl…
RT @jaygambetta: We are very pleased to see @honeywell adopting #quantumvolume in addition to their integration to @qiskit https://t.co/eTl…
RT @jaygambetta: We are very pleased to see @honeywell adopting #quantumvolume in addition to their integration to @qiskit https://t.co/eTl…
RT @jaygambetta: We are very pleased to see @honeywell adopting #quantumvolume in addition to their integration to @qiskit https://t.co/eTl…
RT @jaygambetta: We are very pleased to see @honeywell adopting #quantumvolume in addition to their integration to @qiskit https://t.co/eTl…
RT @jaygambetta: We are very pleased to see @honeywell adopting #quantumvolume in addition to their integration to @qiskit https://t.co/eTl…
RT @jaygambetta: We are very pleased to see @honeywell adopting #quantumvolume in addition to their integration to @qiskit https://t.co/eTl…
RT @jaygambetta: We are very pleased to see @honeywell adopting #quantumvolume in addition to their integration to @qiskit https://t.co/eTl…
RT @jaygambetta: We are very pleased to see @honeywell adopting #quantumvolume in addition to their integration to @qiskit https://t.co/eTl…
RT @jaygambetta: We are very pleased to see @honeywell adopting #quantumvolume in addition to their integration to @qiskit https://t.co/eTl…
RT @jaygambetta: We are very pleased to see @honeywell adopting #quantumvolume in addition to their integration to @qiskit https://t.co/eTl…
RT @jaygambetta: We are very pleased to see @honeywell adopting #quantumvolume in addition to their integration to @qiskit https://t.co/eTl…
RT @jaygambetta: We are very pleased to see @honeywell adopting #quantumvolume in addition to their integration to @qiskit https://t.co/eTl…
RT @jaygambetta: We are very pleased to see @honeywell adopting #quantumvolume in addition to their integration to @qiskit https://t.co/eTl…
We are very pleased to see @honeywell adopting #quantumvolume in addition to their integration to @qiskit https://t.co/eTlYYwEID5
RT @QuantumMemeing: Fig. 1.74: A meme [1]. [1] Quantum Computing Memes for QMA-Complete Teens, Harvard Memeing Review (2019). Big news on…
RT @takekujira_: https://t.co/eJZL8FkSb0 これね。 やはり、シャトリングはつらいねぇ。一次元構造でyブリッジがない分マシだけど、それでもmsもかかる。しかも、一次元のせいで、swap操作が必要になっちゃって、あまり美味しくないね。やはり全…
@jpdowling @BullshitQuantum To clarify, I was talking about https://t.co/eq2jiH3O0I, which is definitely not bullshit, even though it seems light on details.
RT @QuantumMemeing: Fig. 1.74: A meme [1]. [1] Quantum Computing Memes for QMA-Complete Teens, Harvard Memeing Review (2019). Big news on…
03.02.20 #arXivaria:#quantum 1. https://t.co/vakzx3z0De In universal #QuantumComputer two competing features needs to be achieved: 1) Individual #qubit control, 2) Pairwise interaction. Here to achieve 2) trapped ion qubits are moved, and than benchmarked