D-Wave, a leader in development and delivery of #QuantumComputing systems, software, and services, announced the completion of its business combination with DPCM Capital, Inc. Read the full press release here: https://t.co/sD4yhPellr
#CommercialQuantum#QBTS#QuantumApplications
“If you’re not viewed by your board and executive team as the truth teller, then you're not doing your job.” —@JHouston89@dwavesys https://t.co/Se9lhq51Yg Growth marketers - check out the Renegade Podcast to hear more!
D-Wave, a leader in development and delivery of quantum computing systems, software, and services, to go public through a proposed merger with DPCM Capital.
Read the full press release here: https://t.co/CgwckdGyks
See disclosures: https://t.co/up2pSUM5nP
NEC Australia worked with D-Wave to solve a last mile resupply problem by optimizing autonomous vehicles to resupply army forces. Watch the live demonstration to start your quantum journey today. https://t.co/xv4pb1YVua #QuantumJourney#Logistics
Quantum is another emerging field where Canadians hold an edge. Glad we partnered with @dwavesys, one of 🇨🇦's most innovative firms in quantum computing. Yesterday, they launched their first D-Wave quantum system outside North America.
Congratulations!
For CMO @JHouston89 of @dwavesys, fixing the brand was a top priority. Check out my latest @AdAge article to learn her playbook for building a brand that will set up those demand efforts to soar 💸 https://t.co/J5bM26wUWw
Congratulations to this year's winners of the Nobel Prize in physics! Giorgio Parisi's work on the theory of spin-glasses, and its extensions to the understanding of physical and algorithmic dynamics in hard optimization problems, contributes greatly to our work.
Want to learn more about the Clarity roadmap and recent launches of the Advantage performance update and the CQM hybrid solver? Register for our next webinar on October 20th for a deeper dive with D-Wave experts https://t.co/DPnlcnXSPA
#RelentlesslyRealistic#QuantumComputing
Tomorrow I'll be speaking at #qubits2021 of
@dwavesys to present our paper "Feature Selection for Recommender Systems with Quantum Computing" where we build a feature selection approach for recommendation systems. Open access at https://t.co/jOjq1BPjdD
#QuantumComputing
Only two more weeks until #Qubits2021! Save your free spot today to learn about #RelentlesslyRealistic quantum applications like @MultiverseQC and Bank of Canada's work on cryptocurrency payments in networks. Learn more about the conference at https://t.co/lopxQwDMsb
Interested in building innovative #quantum applications? Learn how you can get started by registering for #Qubits2021 today. Reserve your free spot for live quantum programming training, built for developers with all levels of #QuantumComputing experience https://t.co/cv6TavsjdG
We are excited to announce an expansion to our leadership team with strategic hires and executive promotions. This supports ongoing expansion of D-Wave’s global customer and partner base, entry into new markets, as well as continued innovation for R&D https://t.co/gBPeHABzIB
D-Wave Government sponsors a #quantum academy at the @CyberBytesFound to accelerate the U.S. government’s adoption of practical #QuantumComputing. The academy provides #government staff with live lecture content, technical demos, and interactive trainings https://t.co/BZ1i8aE4MG
"Topological obstructions can trap classical simulations that use quantum Monte Carlo algorithms, while a #quantum annealer can circumvent the obstructions via tunnelling... the result is very interesting and shows that quantum annealing is promising as a quantum simulation tool"
#QuantumComputing has the potential to transform the drug discovery process. In our next webinar, researchers from @Cineca1969, the largest Italian computing center, will discuss their work on molecular docking, an important step in drug discovery https://t.co/PGPyTOD0ZL
I am delighted that our paper with D-Wave team has just published. In this work, we used topological obstructions to observe a scaling advantage in quantum simulation of frustrated quantum magnets systems over PIMC techniques: https://t.co/viPzyzidZ2
https://t.co/MLxPOcVbgf