DPCM Capital WKN: A3DSV9 ISIN: US26740W1099 Forum: Aktien Thema: Hauptdiskussion

Futures nasdsg ist grün 😅

Seitenlinie bitte nicht so rum schubsen 🤑

Unter 5 Euro braucht es einen Einstieg hier 5,18 $

Ob der Germane immer noch weint 😅🤣😂

Die ammis haben in der ah der Kurs wieder hoch gebracht

Rot https://www.investing.com/indices/indices-futures

...gepresst kann man schon sagen...

Mal abwarten was um 10 Uhr so abgeht..vor 15:30 wenns steigt wird der Kurs wieder gedrückt

AH sk 5,49$

AH Aktuell 5,55Dollar

Das erste mal das Mk nicht recht hatte damit, dass ich 6,0 an Dienstag sehen werde. Mir wäre lieber gewesen er hätte recht behalten😭

Morgen fliegt die Kuh, muhhh Yeahhhhhhhhhhhhhh 💫 Uhu für alle, los, schnüffeln 🤣🤣🤣

Stark, mal schauen was in zwei Monaten hier passiert

🤑

D-Wave is also in “a very interesting position” as the only company to offer annealing quantum solutions—meaning it has a hold on a portion of the market, at least for now, he said. It may take over a decade to work out persistent kinks with error correction and scaling, Baratz admitted. “(Huang) is not totally wrong if he’s careful in distinguishing between the approaches to quantum that are not yet mature and those that are. But he is wrong if he lumps us all together,” the CEO said. Profitability remains a distant goal for quantum pure-plays. Speaking to Barron’s last month, Bill Stone, chief investment officer at Glenview Trust, pointed out that most quantum companies are “early in their life cycle,” with no reasonable idea of future revenues and profits. IONQ -8.21%, for one, anticipates to be profitable by 2030, with sales approaching $1 billion—a figure that raises eyebrows for Baratz. “We’ll be profitable in a fraction of that,” the CEO said. “We have $320 million of cash, so we’re well-funded at this point.” Beyond financial goals, Baratz has high hopes for quantum itself. In his view, the technology has two applications—those that are “evolutionary,” like workforce scheduling, and those that are “revolutionary,” describing all the unrealized possibilities. “These are the applications that are going to totally transform industry and society,” Baratz said. “These are things like global weather modeling for accurate disaster prediction, or everlasting batteries, or lightweight airplane composites.” D-Wave isn’t there yet. “We’re commercial, but we’re not yet at the point where we’re driving those revolutionary applications,” Baratz said. “But I’m excited about the opportunity to get there.”

“Over time, as the field becomes more well understood and we see more larger institutional investors in the stock, then it will become a lot less volatile,” Baratz said in an interview with Barron’s. Then there’s the matter of “news that’s often inaccurate,” which triggers pronounced swings in the stock price. While Huang’s 30-year estimate for the pace of quantum development may have been generous, he wasn’t entirely wrong, according to Baratz. Qubits, or quantum bits, are the basic units of information in quantum computing. They are analogous to bits in classical computers and take the form of atomic particles like ions and photons. Unlike classical bits, qubits are sensitive to disturbances in their environment that can disrupt their quantum states and, as a result, impede a quantum computer from functioning properly. As more qubits are added to a system, the rate of errors is likely to increase, as the probability of encountering disruptions grows. While all quantum computing systems use qubits, different technologies are on different trajectories. D-Wave relies on annealing quantum, which is easier to scale than gate-based quantum, the approach favored by competitors such as Rigetti, IonQ, and even IBM. “That’s why we’re at 5,000 qubits a day, and everybody else is at tens to a few hundreds,” Baratz explained. There are fundamental differences between annealing and gate-based quantum, too. The former is suited for optimization problems like workforce scheduling, autonomous vehicle routing, and cargo container loading—in Baratz’s words, “most of the important hard problems” businesses face. “We have been able to become commercial ahead of everybody else because we just don’t have the hard technological problems gate model systems still need to solve,” Baratz explained.