• IQOQI Vienna
    • IQOQI Vienna Search
    • Institute
    • News & Events
    • People
    • Publications
    • Research
    • Units
  • Logo Logo
  • Institute for Quantum Optics and Quantum Information ViennaInstitute for Quantum Optics and Quantum Information Vienna
    Institute for Quantum Optics
    and Quantum Information
    Vienna
  • IQOQI Innsbruck ↗
  • IQOQI Wiki ↗
  • Blogs
  • DE
  • EN
Open search bar
Open Main navigation
  • Institute
    • Mission Statement
    • History
    • Scientific Advisory Board
    • Funding
    • Jobs
    • Partners
  • News & Events
    • News
    • (Online) Events
    • Calendar
    • Ehrenfest Award
  • People
  • Publications
  • Research
    • Aspelmeyer Group
    • Asenbaum Group
    • Brukner Group
    • Castro Ruiz Group
    • Christodoulou Group
    • Huber Group
    • Müller Group
    • Navascués Group
    • Zeilinger Group
    • Topical Teams
  • Units
    • Quantum Technology Unit
    • IQOQI Innsbruck ↗
    • IQOQI Wiki ↗
    • Blogs
    • DE
    • EN
Open search bar
  • IQOQI Vienna
    • IQOQI Vienna Search
    • Institute
    • News & Events
    • People
    • Publications
    • Research
    • Units

IQOQI Vienna Search

  • Share via email
  • Share on LinkedIn
  • Share on Facebook
  • Share on Bluesky

Filter

The search via the website www.oeaw.ac.at is a faceted search:
In the first input field you can enter a search term and use the filters (facets) below to limit the result.

Make a selection under the Person facet in order to find specific members or employees. With the page type facet you can select "Events" for a search for OeAW events, "News" for news from the OeAW and "Pages" for fixed pages within the OeAW website.

Searched for computer.
Displaying results 91 to 100 of 770.
  • News
    QUANTUM ENTANGLEMENT CONFIRMED WITH LIGHT FROM DISTANT QUASARS
    20.08.2018
    Academy of Sciences and the University of Vienna collaborated with international teams. In the USA, these were the Massachusetts Institute of Technology, Harvey Mudd College and the University of California, San Diego. Also, the Chinese School of Computer Technology participated, as well as the British-Dutch-Spanish Isaac Newton Group operating the William Herschel Telescope and the Italian Fundación Galileo Galilei operating the Telescopio Nazionale Galileo.  ...
  • News
    Gegen Fehler geschützte Quantenbits verschränkt
    10.12.2020
    Auch Computer können sich verrechnen. Schon kleine Störungen verändern gespeicherte Informationen und verfälschen das Rechenergebnis. Deshalb nutzen Rechenmaschinen Verfahren, um solche Fehler laufend zu korrigieren. Bei Quantencomputern lässt sich die Fehleranfälligkeit reduzieren, indem Quanteninformation nicht in einem einzelnen Quantenteilchen gespeichert, sondern in eine größere Anzahl von Quantenobjekten kodiert wird. Diese logischen Quantenbits sind unempfindlicher ...
  • News
    Valerio Scarani
    23.12.2014
    been found in this universe of ours, it is rather a Platonic archetype of computer processors. Some may even be tempted to consider “limited data-processing power” as one of the very defining traits of our universe. Therefore, if we are looking for randomness against a being in our universe and with limited data-processing power, quantum and classical phenomena seem to have the same practical value. Many classical computer scientists go even further and think that “real ...
  • News
    Quantenteleportation erlaubt Fehlerkorrektur in Quantencomputern
    06.09.2021
    sind hochkomplex und reagieren empfindlich auf äußere Einflüsse. Das macht es schwierig, Berechnungen durchzuführen, weil sich immer Fehler einschleichen können, etwa wenn ein Quanten-Bit (Qubit) ungewollt seinen Zustand ändert. In einem klassischen Computer entspräche das dem unerwünschten schalten eines Bits von 0 auf 1 oder umgekehrt. Dort können Fehler korrigiert werden, indem ein Bit mehrfach kopiert wird. Die Mehrheit der Kopien behält den richtigen Wert, auch wenn ...
  • News
    In a quantum race everyone is both a winner and a loser
    29.03.2017
    complex processes. This will allow them to gain deeper insights into the interplay between causal relations and quantum mechanics. Furthermore, it presents an interesting new route to optimize tasks even beyond what is possible using standard quantum computers with a fixed order of operations. Publication in "Science Advances": Experimental Verification of an Indefinite Causal Order Giulia Rubino, Lee A. Rozema, Adrien Feix, Mateus Araújo, Jonas M. Zeuner, Lorenzo M. ...
  • News
    Reinhard F. Werner
    08.04.2016
    and stated in simple terms. That is, you do not try to indicate in the title what kind of experiment you did, and describe in the abstract or outlook that this has potential relevance to an aspect of quantum computation, but instead directly use a title like “Experimental Quantum Computation”. This simplified and therefore hyped up style is mandatory also for the conclusions, and you would be well advised to stick to the mode of “happy science without ifs and buts” ...
  • News
    Quanteneffekte minimieren Kommunikations­störungen
    10.02.2021
    rlagerung und -verschränkung zur Durchführung von Rechnungen oder zum Austausch von Informationen genutzt. Eine Reihe von Forschungsgruppen auf der ganzen Welt haben Quantenbauelemente hergestellt, die Berechnungen schneller als jeder klassische Computer durchführen können. Jedoch ist es noch ein langer Weg, bis diese Bauelemente in einem marktfähigen Quantencomputer umgesetzt werden können. Fragile Quanteneffekte Einer der Gründe dafür ist, dass Quanteneffekte sehr fragil ...
  • News
    Boris Tsirelson
    17.06.2014
    in my paper of 1980?). Much worse, my survey of 1993 claims a result that was in fact an open problem for decades! It should be called Tsirelson’s scandalous failure, but instead it is now called “Tsirelson’s problem”, my scruples aside. Quantum computation, revealed by Peter Shor in 1994-96, was a revolution in quantum probability. I asked myself, what prevented me from doing the same. The answer was not comforting. I had all the needed prerequisites; but my mathematical ...
  • News
    Tanja Traxler - Why we lack female physicists – and what to do about it
    27.05.2020
    Medicine) by analyzing the gender of more than 36 million authors from more than 100 countries from more than ten million STEMM publications in more than 6000 scientific journals. Their disturbing conclusion: ‘Many research specialties (e.g., surgery, computer science, physics, and maths) will not reach gender parity this century, given present-day rates of increase in the number of women authors.’ As the authors highlight: ‘Our results support a need for further reforms to ...
  • News
    QUANTENVERSCHRÄNKUNG ERSTMALS MITTELS STERNENLICHT BESTÄTIGT
    15.02.2017
    Urknall. Neben der ÖAW waren unter anderem auch Wissenschaftler/innen des MIT - Massachusetts Institute of Technology, der NASA, des deutschen Max-Planck-Instituts für Quantenoptik, des kalifornischen Harvey Mudd Colleges und der chinesischen School of Computer an dem erfolgreichen Experiment beteiligt. PUBLIKATION "Cosmic Bell Test: Measurement Settings from Milky Way Stars". Johannes Handsteiner, Andrew S. Friedman, Dominik Rauch, Jason Gallicchio, Bo Liu, Hannes Hosp, ...
  • ....
  • 5
  • 6
  • 7
  • 8
  • 9
  • 10
  • 11
  • 12
  • 13
  • 14
  • ....

Contact

Institute for Quantum Optics and
Quantum Information - Vienna
of the Austrian Academy of Sciences

Boltzmanngasse 3
1090 Vienna, Austria

Phone +43 1 51581-9500
iqoqi-vienna(at)oeaw.ac.at

IQOQI Vienna

We pursue the vision of quantum information science and the wide range of new possibilities it would open up for quantum technologies.

Newsletter

Subscribe to our newsletter to stay informed on new IQOQI research findings.

Subscribe

 

  • ÖAW onFacebook
  • ÖAW onInstagram
  • ÖAW onBluesky
  • ÖAW onYoutube
  • ÖAW onLinkedIn
  • ÖAW onSpotify

Imprint Data Protection Accessibility

© Copyright OEAW

Notice about cookies

This site uses cookies. They ensure essential functionalities of the website and enable us to continuously optimize content. Help us by agreeing to the collection of statistical data and the presentation of external multimedia content. You can change your cookie settings at any time. Further information can be found in the privacy settings and by clicking the Data Protection Link.

These cookies are required for the smooth functioning of our website.

Name Purpose Storage duration Type Provider
CookieConsent Remembers your consent to the use of cookies. 1 year HTML Web Consent
fe_typo_user Assigns your browser to a session on the server. This only affects the content you see and is not evaluated or processed by us - HTTP Web User

With the help of these cookies, we strive to make our offer even more attractive for you. The user flow can be analyzed and assessed using pseudonymised data from website users. This gives us the opportunity to optimize website content.

Name Purpose Storage duration Type Provider
_pk_id Used to store a few details about the user like unique visitor ID. 13 months HTML Matomo-id
_pk_ref Used to store information about the user's referring website. 6 months HTML Matomo-ref
_pk_ses Short-term cookie to save temporary data from the visit. 30 minutes HTML Matomo-ses
_pk_cvar Short-term cookie to save temporary data from the visit. 30 minutes HTML Matomo-cvar
_pk_hsr Short lived cookie used to temporarily store data for the visit. 30 minutes HTML Matomo

With the help of these cookies, we strive to improve the information we offer users by providing multimedia or interactive content such as videos.

Name Purpose Storage duration Type Provider
YouTube A connection to YouTube will be established to view videos. - Connection YouTube
SoundCloud A connection to SoundCloud will be established to play audio files. - Connection SoundCloud
Twitter A connection to Twitter will be established to display tweets. - missing translation: type. Twitter
_cs_c Indicates whether the user has consented to ContentSquare tracking. 394 days missing translation: type. Spotify (ContentSquare)
_cs_id Stores a unique user ID for ContentSquare session analysis. 394 days missing translation: type. Spotify (ContentSquare)
_ga Used to distinguish users. 400 days missing translation: type. Google Analytics
_ga_BMC5VGR8YS Used by Google Analytics to persist session state. 400 days missing translation: type. Google Analytics
_ga_S0T2DJJFZM Used by Google Analytics to persist session state. 399 days missing translation: type. Google Analytics
_ga_ZWG1NSHWD8 Used by Google Analytics to persist session state. 400 days missing translation: type. Google Analytics
_ga_ZWRF3NLZJZ Used by Google Analytics to persist session state. 400 days missing translation: type. Google Analytics
_gid Used to distinguish users. 1 days missing translation: type. Google Analytics
_ScCbts Stores temporary session or playback preferences. 6 days missing translation: type. Spotify
_scid Spotify advertising ID used for analytics and retargeting. 395 days missing translation: type. Spotify
_scid_r Spotify advertising ID used for analytics and retargeting. 395 days missing translation: type. Spotify
eupubconsent-v2 Stores the IAB Transparency & Consent Framework string. 364 days missing translation: type. IAB / Spotify
OptanonAlertBoxClosed Saves the state of your data protection consent. 364 days missing translation: type. OneTrust
OptanonConsent Saves the state of your data protection consent. 365 days missing translation: type. OneTrust
sp_adid Spotify advertising identifier. 365 days missing translation: type. Spotify
sp_landing Tracks which page the user landed on within Spotify. 1 days missing translation: type. Spotify
sp_m Stores the user’s market region (Spotify). 399 days missing translation: type. Spotify
sp_t Session token used for Spotify playback and access. 365 days missing translation: type. Spotify