Ano ang ibig sabihin ng QUANTUM COMPUTING sa Tagalog

• quantum computing
• pagkukwentang quantum

Mga halimbawa ng paggamit ng Quantum computing sa Ingles at ang kanilang mga pagsasalin sa Tagalog

I have not studied quantum computing.
Na hindi nakukuha laban sa pagbabanta ng quantum computing.

CJ: There's a couple of cloud platforms that are being created by Google, IBM and Rigetti in the space of quantum computing.
CJ: Mayroong ilang mga platform ng ulap na nilikha ng Google, IBM at Rigetti sa espasyo ng quantum computing.

I don't understand quantum computing.
Na hindi nakukuha laban sa pagbabanta ng quantum computing.

From quantum computing and nanotechnology to clinical psychology, engineering and health sciences research, we will change the world with our ideas.
Mula quantum computing at Nanotechnology sa klinikal sikolohiya, engineering at health sciences pananaliksik, ideya na baguhin ang mundo ay nasa puso ng kung sino tayo.

And I do not keep up with quantum computing.
Na hindi nakukuha laban sa pagbabanta ng quantum computing.

GM: You mentioned‘quantum computing as a service'- can you expand a little?
GM: Binanggit mo ang 'quantum computing bilang isang serbisyo'- maaari kang magpalawak ng kaunti?

I don't pay much attention to quantum computing.
Na hindi nakukuha laban sa pagbabanta ng quantum computing.

From quantum computing and nanotechnology to clinical psychology, engineering and health sciences research, ideas that will change the world are at the heart of who we are.
Mula quantum computing at Nanotechnology sa klinikal sikolohiya, engineering at health sciences pananaliksik, ideya na baguhin ang mundo ay nasa puso ng kung sino tayo.

What does 2019 hold for the quantum computing field?
Ano ang hinahawakan ng 2019 para sa larangan ng quantum computing?

From quantum computing and nanotechnology to clinical psychology and health sciences research, Waterloo brings ideas and brilliant minds together, inspiring innovations with real impact today and in the future.
Mula quantum computing at Nanotechnology sa klinikal sikolohiya at health sciences pananaliksik, Waterloo nagdudulot ideya at napakatalino isipan magkasama, kagila mga makabagong-likha na may tunay na epekto ngayon at sa hinaharap.

What does 2019 hold for the European quantum computing startup field?
Ano ba ang 2019 Hold Para sa European Quantum Computing Startup?

In addition, and this could scarcely have been predicted even as recently as the mid-1990s, several years after Bell's death, many of the concepts studied by Bell and those who developed his work have formed the basis of the new subject area of quantum information theory, which includes such topics as quantum computing and quantum cryptography.
Sa karagdagan, at ito ay bahagya ay hinulaan kahit na kamakailan-lamang na ang mid-1990s, ilang taon pagkatapos ng Bell's kamatayan, marami sa mga konsepto ng aral sa pamamagitan ng Bell at ang mga taong bumuo ng kanyang trabaho ay may nabuo ang mga batayan ng mga bagong paksa ng lugar ng kabuuan ng impormasyon teorya, na kung saan kabilang ang mga paksa tulad ng bilang quantum computing at quantum cryptography.

We have been focused on making quantum computing practical since day one.
Kami ay nakatutok sa paggawa ng quantum praktiko praktikal mula sa araw ng isa.

We built Leap to give millions of developers access to quantum computing.
Nagtayo kami ng Leap upang magbigay ng milyon-milyong mga developer ng access sa quantum computing.

So certainly this year will be, not the year for quantum computing in Europe, but certainly a very important year.
Kaya tiyak na taon na ito ay magiging, hindi ang taon para sa quantum computing sa Europa, ngunit tiyak na isang napakahalagang taon.

We constructed Leap to give thousands and thousands of builders access to quantum computing.
Nagtayo kami ng Leap upang magbigay ng milyon-milyong mga developer ng access sa quantum computing.

Such p-wave superconductors may enable a form of quantum computing known as topological quantum computation.
Ganitong p-wave superconductors ay maaaring paganahin ang isang form ng computing sa kabuuan na kilala bilang topological kabuuan pagtutuos.

His work includes advances in optics, specifically laser cooling of ions in Paul traps and the use of trapped ions to implement quantum computing operations.
Ang kanyang mga paggawa ay kinabibilang ng mga pagsulong sa optika sa spesipiko ay paglalamig na laser ng mga ion sa mga Paul trap at paggamit ng mga nabitag na ion upang ipatupad ang mga operasyon ng pagkukwentang quantum.

We built the first quantum application environment so any software developer interested in quantum computing can start writing and running applications- you don't need deep quantum knowledge to get started.
Nagtayo kami ng unang kabuuan ng kapaligiran ng application upang ang anumang software developer na interesado sa quantum computing ay maaaring magsimulang magsulat at magpatakbo ng mga application- hindi mo kailangan ang malalim na kaalaman sa kabuuan upang makapagsimula.

In July 2016 USC became home to the world's most powerful quantum computer, housed in a super-cooled, magnetically shielded facility at the USC Information Sciences Institute, the only other commercially available quantum computing system operated jointly by NASA and Google.
Ang USC ay tahanan ng pinakamakapangyarihang quantum computer sa mundo, na nasa isang super-cooled, magnetically shielded na pasilidad sa USC Information Sciences Institute, ang isa sa tanging dalawang komersyal na makukuhang quantum computing system na pinatatakbong sabay ng NASA at Google.

CJ: What was interesting about 2018 is that there was much more interest from fellow investors in quantum computing, particularly in the last quarter.
CJ: Ano ang kagiliw-giliw na tungkol sa 2018 ay na nagkaroon ng higit na interes mula sa mga kapwa mamumuhunan sa kuwantum computing, lalo na sa huling quarter.

USC is home to the world's most powerful quantum computer, housed in a super-cooled, magnetically shielded facility at the USC Information Sciences Institute,[16][17] the only other commercially available quantum computing system operated jointly by NASA and Google.
Ang USC ay tahanan ng pinakamakapangyarihang quantum computer sa mundo, na nasa isang super-cooled, magnetically shielded na pasilidad sa USC Information Sciences Institute,[ 16][ 17] ang isa sa tanging dalawang komersyal na makukuhang quantum computing system na pinatatakbong sabay ng NASA at Google.

Along with his work in theoretical physics, Feynman has been credited with pioneering the field of quantum computing and introducing the concept of nanotechnology.
Sa karagdagan sa kanyang mga ginawa sa teoretikal na pisika, si Feynman ay binigyan rin ng kredito sa pangunguna sa larangan ng pagkukwentang quantum, at pagpapakilala ng konsepto ng nanoteknolohiya.

In addition to his work in theoretical physics, Feynman has been credited with pioneering the field of quantum computing[4][5] and introducing the concept of nanotechnology.
Sa karagdagan sa kanyang mga ginawa sa teoretikal na pisika, si Feynman ay binigyan rin ng kredito sa pangunguna sa larangan ng pagkukwentang quantum,[ 4][ 5] at pagpapakilala ng konsepto ng nanoteknolohiya.

Superflux, Anab Jain's London-based design studio, bridges the worlds of science and what seems like science fiction, exploring quantum computing, synthetic biology, and post-apocalyptic technology.
Superflux, studio na nakabatay sa London na batay sa Anab Jain, tulay ang mga daigdig ng agham at kung ano ang tila tulad ng science fiction, pagsaliksik ng quantum computing, synthetic biology, at post-apocalyptic technology.