"Dass Merkel und ihre Kolleginnen die Bedeutung einer Exzellenz bei Quantencomputing betonen, freut Jan Goetz, den Mitgründer des deutsch-finnischen Start-ups IQM." #MIGFonds Unternehmen wie IQM Quantum Computers bringen #Digitalisierung in Europa entscheidend voran. handelsblatt.com/politik/deutsc…

Which European startups are most likely to come up with the next big breakthrough in #quantumcomputing?💥 Learn more 👉 bit.ly/3bfAO4z

Im Handelsblatt, mit Kommentar zur Rolle von neuen Technologien bei der Digitalisierung von Jan Goetz IQM Quantum Computers. #Reaktionen aus der wirtschaft : „#Gravierende #Defizite“: #Digital-Appell der #Regierungschefinnen stößt auf #Unterstützung – und Kritik handelsblatt.com/26967622.html?… #

Danke Andreas! Was uns in Europa vor allem stark macht ist der kollaborative Ansatz. Mit IQM versuchen wir die Stärken von Forschungseinrichtungen, Startups und Industrie zu vereinen. Der Kuchen ist riesig, die Herausforderungen aber auch. Lasst uns das weiter gemeinsam angehen!

➡️ WQWD S3E4 C R E A T I V I T Y 📺 Find out why and how as the one and only Enrique Solano shares his unique perspective on #quantumcomputing youtu.be/dPUrqyVIfBo Kike out! 🙏 IonQ Denise Ruffner Entropica Labs Tommaso Demarie #quantumiscoming #innovation #quantum #tech

Thanks André M. König Denise Ruffner Tommaso Demarie. You squeeze intellectual sins & moderate provocations with humor & talent. I will miss you, keep in touch Google AI IBM Research IQM Quantum Computers Anthony Annunziata Jay Gambetta Cientificos.pe Científico en España UPV/EHU Ikerbasque QUTIS Center (2008-2021) QuArtist Center

Deep topic in quantum models & analog quantum simulations. Are chaos & physical properties (Schrödinger, Heisenberg, interaction) representation dependent? See arxiv.org/abs/2103.02714 work of the great Ivan Deutsch If so, what about digital and digital-analog quantum simulations?

We open theater curtains: tensor network model, from Beijing, in classical computers overcome Google's quantum supremacy claim arxiv.org/abs/2103.03074 It looks like a credible result up to verification. Welcome healthy discussions and competition Google AI IBM Research IQM Quantum Computers

In QUEBS 2010 Harvard University Alan Aspuru-Guzik, I claimed in a panel that existence of a quantum model matching observed biological effects is not a proof of quantumness. It is mandatory to prove no classical model suffice. This paper makes quantumness unnecessary arxiv.org/abs/2103.02604

Enrique Solano Harvard University This paper has some evidence but ours is a much deeper study on the topic arriving a similar conclusion with a evolutionary study looking at coherence of ancestors : pubs.acs.org/doi/10.1021/ac… 1/2

This is core to co-design principles. A co-design classical computer beats co-design quantum computer, until the latter makes a leap forward and so on. Evidently, Co-Design Quantum Computers will have last word. Let us keep working together for it IQM Quantum Computers Google AI IBM Research

I disagree with the "overlooked" statement, it is valid only for unimaginative NISQ architectures. If we accept "useless" quantum supremacy as valid in Classical vs. Quantum debate, almost any quantum experiment outperforms classical computers since long. Examples abound in labs.

Enrique Solano Agreed...! I was referring to some debates I have seen in the context of digital simulation stating we should "just add a few qubits" in the experiment to be "quantum supreme again", but it's clear that it is not going to be enough if you don't improve fidelities as well, etc...

Giuseppe Carleo Exactly, it is not adding qubits to square lattices & nearest-neighbor coupling. There, a smart classical mapping may create eternal draw. Quantum computers may turn useful now if we go beyond digital mapping of problems on qubits & use creative architecture geometries/topologies

Metaphysics on Physics & Business (1) There is no cosmological curse on humans calling a problem Useless, 100 qubits suffice, or Useful, millions of qubits needed. (2) Remove spell: go beyond digital mapping of problems on qubits & square lattices with nearest-neighbor couplings.

Like in good suspense stories, I could not stop reading this fascinating article The New York Times Cade Metz telling the winding paths of an intellectual community of free thinkers in the Silicon Valley, led by a pseudonymous protected and mysterious psychiatrist nytimes.com/2021/02/13/tec…

Quantum world Google AI IBM Research IQM Quantum Computers will have plenty of opportunities to explore in software applications & architecture designs with Latin American talent, boosting business with local visionaries Alan Aspuru-Guzik Alejandro Perdomo-Ortiz Paulo Nussenzveig Cientificos.pe Científico en España

Our dear friend & brilliant researcher @xichen_bilbao is key asset in quantum for Spain, Europe, China & worldwide. We are proud to have him as group leader QUTIS Center (2008-2021) center UPV/EHU with Mikel Sanz & Jorge Casanova Xi also boosts collaboration with our QuArtist Center center in Shanghai

Will send to your email, send it please via DM. In fact, one of the many following steps to even enhance this result more is combining our tools with those ParityQC So let Magdalena and Wolfgang know asap, I mean if they want that I share the billion dollar markets with them 😉