What is the translation of " QUANTUM COMPUTER " in Slovenian?

• kvantni računalnik
• kvantni računalniški
• kvantnega računalnika
• kvantnem računalniku
• kvantnim računalnikom

Examples of using Quantum computer in English and their translations into Slovenian

How about the quantum computer?
Kaj pa kvantni računalniki?

The quantum computer is slowly becoming a reality.
Kvantni računalniki počasi postajajo resničnost.

What Can We Do with a Quantum Computer?
Kaj lahko počnemo s kvantnim računalnikom.

It is quantum computer proof.
NEO je kvantni računalniški dokaz.

What can be done with a quantum computer?
Kaj lahko počnemo s kvantnim računalnikom.

Quantum computer is already 100 million times faster than PCs.
Petaflopni računalnik je milijonkrat hitrejši od PCa.

There is no quantum computer yet.
Potem še ne poznate kvantnih računalnikov.

Possibly(perhaps!) this can be done using a quantum computer.
To ni možno.(no, mogoče s kvantno fluktacijo).

Google unveiled quantum computer breakthrough.
Google superračunalnik kvantni preboj.

Intel's quest to build the world's first true quantum computer.
Intel je predan izgradnji prvega pravega kvantnega računalnika na svetu.

Does this mean a quantum computer is around the corner?
Se pravi, da je kvantno računalo kuj za ovinkom?

Does this mean that you will have a quantum computer soon?
Ali to pomeni, da bomo kmalu vsi uporabljali kvantne računalnike?

And that quantum computer was able to calculate 3 x 5= 15.
Je max dosežek ta kvantnega računalnika, to da je uspel izračunati 5x3=15.

The race is on to build the world's first meaningful quantum computer.
Intel je predan izgradnji prvega pravega kvantnega računalnika na svetu.

Our quantum computer's entangled with Stinger's quantum computer.
Naą kvantni računalnik je zapleten s Stingerjevim kvantnim računalnikom.

How long will it take to copy the rest of my brain using the quantum computer?
Koliko bo trajalo kopiranje mojih možganov s kvantnim računalnikom?

The power of a quantum computer increases exponentially with the number of qubits.
Zato računska moč kvantnega računalnika narašča eksponentno s številom njegovih kubitov.

Richard Feynman, the famed physicist, proposed building a quantum computer.
Slavni fizik Richard Feynman je predlagal izgradnjo kvantnega računalnika.

The data processing power of a quantum computer then increases exponentially with the number of qubits it has available.
Zato računska moč kvantnega računalnika narašča eksponentno s številom njegovih kubitov.

Breakthrough IBM has simulated the digital structure of a small molecule, utilizing a seven-qubit quantum computer.
Nedavno so IBM-ovi raziskovalci modelirali molekulo z uporabo 7-qubit kvantnega računalnika.

NEO blockchain is also quantum computer proof which gives it an upper hand in comparison to other projects of the blockchain.
Blockchain NEO je tudi kvantni računalniški dokaz, ki ga uvršča v vrh vprimerjavi z drugimi projekti z Blokchainom.

The scientists innovate a creative way to set control the qubits exactly This was essential for doing calculations in a quantum computer.
Znanstveniki so izumili inovativen način za ureditev in natančno kontrolo kvot, ki so potrebne za izračune v kvantnem računalniku.

But what if the classical verifier could somehow force the quantum computer to perform the measurements itself and report them honestly?
Kaj pa, če bi klasični preveritelj nekako prisilil kvantni računalnik, da sam opravi meritve in jih iskreno poroča?

An attacker with a quantum computer is likely to be able to change the transaction before the legitimate one goes through, the researchers found.
Napadalec z kvantni računalnik je verjetno, da bi lahko spremenili transakcijo pred legitimen gre skozi, so raziskovalci ugotovili.

The scientists invented an innovative way to arrange and precisely control the qubits, which are necessary for doing calculations in a quantum computer.
Znanstveniki so izumili inovativen način za ureditev in natančno kontrolo kvot, ki so potrebne za izračune v kvantnem računalniku.

Peer inside a 300-qubit quantum computer, and essentially all you will see is 300 classical bits- zeros and ones- smiling blandly up at you.
Preverite v 300-kvubitnem kvantnem računalniku, v bistvu pa vse, kar boste videli, je 300 klasičnih bitov- ničle in tiste- nasmehljivo nasmejanih.

If a quantum computer can solve a problem that a classical computer cannot, that doesn't automatically mean the solution will be hard to check.
Če kvantni računalnik lahko reši problem, ki ga klasični računalnik ne more, to ne pomeni samodejno, bo rešitev težko preveriti.

Hallgren(2007) showed that a quantum computer can find a product representation, as described above, for the solution to Pell's equation in polynomial time.
Hallgren je pokazal, da lahko kvantni računalnik najde reprezentacijo s produktom, opisano zgoraj, za rešitev Pellove enačbe v polinomskem času.

However, a quantum computer hasn't still been developed because of its complex structure- the quantum circuits transfer information via photons or trapped ions unlike the classic circuits.
Vendar pa kvantni računalnik zaradi svoje kompleksne strukture še ni bil razvit- kvantni tokokrogi prenašajo informacije prek fotonov ali zajetih ionov v nasprotju s klasičnimi tokokrogi.

Like a conventional computer, a quantum computer consists of a number of memory cells whose contents are modified in a sequence of logical transformations.
Kot konvencionalni računalnik, je kvantni računalnik sestavljen iz večjega števila pomnilniških celic, katerih vsebina se modificira v sekvenci logičnih transformacij.