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量子光學耶拿的產品和優勢
1500年貓王
QKD係統數據中心溝通
專家集合包含量子光學耶拿
專家集合是analyst-curated列表,突出了公司你需要知道的最重要的技術空間。
量子光學耶拿是包含在1專家收集,包括量子科技。
量子科技
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私營企業在量子計算、量子通信、post-quantum密碼學、量子傳感器,和其他量子科技。
最新的量子光學耶拿新聞
2021年2月16日
2021年2月16日成為先鋒公司戒備森嚴的量子通信,沒有少即是新啟動的目標量子光學耶拿(QOJ)。最新的分拆弗勞恩霍夫應用光學與精密工程研究所(油田)發展量子基礎通信係統的解決方案。創始團隊本周宣布它已經收集必要的投資者支持Jena-based操作。QOJ說2月10日,“數據的安全和主權擔保通過複雜的數學算法和加密解決方案。量子計算的高度動態的發展,全新類型的計算能力成為可能,對經典加密方法構成威脅。“量子物理學還提供了這一挑戰的答案:基於物理定律,量子光學使全新概念生成加密方法和物理安全傳輸的信息。在這裏,安全加密和信息交換的關鍵是由量子物理方法。量子密鑰分發(QKD)使身體可測量的安全的信息交換。“技術從夫琅和費油田弗勞恩霍夫油田已經活躍在量子通信和量子成像領域好幾年了。QOJ奧利弗•德•弗裏斯博士,首席技術官,評論說:“最近幾年,我們已經能夠證明技術準備糾纏光子源弗勞恩霍夫油田,隨著量子光學耶拿我們現在結合量子力學的自然法則與專業知識的開發和生產光學係統提供社會可利用的解決方案。”首席執行官凱文Fuchsel博士補充說,“我們的目標是建立一個創業公司tap-proof通信信息技術中心的德國。” Prof. Andreas Tünnermann, director of the Fraunhofer IOF, welcomed the devdelopment: “Quantum technology is one of the most groundbreaking research and development fields of our time. I am pleased to see how young founders transfer their knowledge gained at Fraunhofer IOF into their own companies and thus into new innovations.” Investment opportunity The investors comprise the triumvirate of ELAS Technologies GmbH, Fraunhofer Technologie-Transfer Fonds GmbH and beteiligungsmangement Thüringen (bm|t). They confirmed that they have invested “a seven-digit euro amount” in QOJ. “We are pleased to have put together an outstanding team of investors for QOJ in recent weeks,” said Matthias Keckl from Fraunhofer Technologie-Transfer Fonds. “Now the company has the necessary clout to build up and quickly implement their ideas.” The QOJ team intends to work intensively on the realization of its first own product: a compact and high-performance entangled photon source for quantum key distribution or quantum optical experiments. Dr. de Vries added, “In the next step we will be able to provide our customers with complete QKD systems to counter cyber-attacks and the threat of quantum computing.” The QOJ team continues to work closely with Fraunhofer IOF and is currently working on a new product for quantum imaging, which could soon find application in medical technology or materials analysis.
量子光學耶拿常見問題(FAQ)
量子光學Jena的總部在哪裏?
量子光學Jena的總部位於Moritz-von-Rohr-Strasse 1,耶拿。
什麼是量子光學耶拿的最新一輪融資?
量子光學耶拿的最新一輪融資是Unattributed VC。
量子光學Jena的投資者是誰?
量子光學Jena的投資者包括弗勞恩霍夫Technologie-Transfer昏聵和弗勞恩霍夫油田。
量子光學Jena的競爭對手是誰?
競爭對手的量子光學Jena包括東芝和4。
量子光學Jena提供什麼產品?
量子光學耶拿的產品包括貓王1500和1。
量子光學Jena的客戶是誰?
量子光學Jena的客戶包括德國聯邦國防軍大學。
量子光學Jena競爭對手相比較
Nucrypt公司收到了國防部SBIR / STTR贈款項目的標題為:先進國防科技的發展:測量量子信息處理的工具。抽象給這個項目如下:定量和視覺上直觀的信息是理解的關鍵,任何係統的設計和驗證操作。舉例來說,一個矢量信號分析儀可以讓設計師獲得立即的理解無線電通信鏈接的可視化傳輸信號星座。等額外的分析計算誤差向量的大小可以實時執行。這些工具現在現代工程方法不可或缺的一部分。量子態層析成像是一個測量工具,允許對量子態的完整描述。真正的量子係統,如網絡需要測量工具,測量量子糾纏態信號(州)就像古典古典信號係統需要測量工具來測量。雖然在斷層掃描技術已經取得了很大的進步,目前沒有商業設備的存在。量子信息領域的發展嚴重受阻,因為每一個開發團隊必須建立自己的工具甚至包括基本的測量儀器。這個大酒店SBIR的目標是開發組件和係統技術設計一個實用的偏振模量子態層析成象係統。 We will pursue methods of making the signal acquisition and analysis as fast as possible to give the user a real-time feel. A prototype system will be built and characterized in Phase-II. Nucrypt is a company that received a Department of Defense SBIR/STTR grant for a project entitled: Self-Seeded Programmable Parametric Fiber Comb Source. The abstract given for this project is as follows: Coherent light consisting of multiple-frequency combs is commonly used in metrology. Various methods of generating combs exist which are suited for different applications. Mode-locked lasers naturally output a train of phase-locked spectral lines and are a very simple way of generating a comb. These lasers do not operate in the continuous wave regime and the generated comb has very limited flexibility. Such features make mode- locked lasers ill suited for certain applications like differential absorption LIDAR or ranging. One interesting method for comb generation uses a frequency-shifting element to repeatedly shift re-circulating optical fields. The method has a rich set of operating modes, including the possibility for the comb frequencies to shift in time creating an effective chirp. However, the bandwidth and noise characteristics of the signal are limited by the Erbium-doped-fiber amplifiers used in the loop. Parametric nonlinearities can lead to a wide range of interesting effects such as phase-sensitive amplification which, unlike typical phase-insensitive amplifiers, can amplify a signal without adding noise. Other properties of parametric amplification can include the generation of additional frequency components, a huge gain bandwidth (>200nm) with engineerable spectral shape, and an ultrafast (sub-ps) response allowing nearly instantaneous control of the process. We propose to investigate the use of parametric amplification for generating agile optical frequency combs. We will combine techniques used in communications, sensing and standard optical comb generation to suggest possible designs and evaluate their use in real-world applications.
Qrypt無限期提供郵政量子安全加密保護數據。
量子橋技術(QBT)專門從事建築量子互聯網與傳統和量子技術。它解決工程和理論問題的一代或操縱量子糾纏量子彈性發展核心專有技術使目前的網絡。公司成立於2019年,總部設在多倫多,安大略省。
PQ解決方案,成立於2009年,dba Post-Quantum商業化defense-grade無線數據通信的創新。Post-Quantum提供網絡安全的解決方案,使用群體技術,生物認證和加密算法消息保護全球投資銀行和企業的數據和通信係統對犯罪和國家的攻擊。
QuintessenceLabs發展一套數據安全技術、產品和解決方案以確保在運輸過程中有價值的數字信息,在休息,或使用。其量子安全產品無縫集成到現有的係統,同時為未來數據安全係統構建一個堅實的基礎。QuintessenceLabs“量子網絡安全解決方案包括一個隨機數字生成器,先進的關鍵,和政策經理,為本地或在雲實現和集成加密解決方案。公司成立於2006年,位於迪肯大學,新南威爾士。
GoQuantum提供量子技術的解決方案。post-quantum提供安全的數據傳輸通過量子基礎硬件和無線鏈路層加密解決方案為工業和電信應用,量子的威脅。它成立於2018年,總部設在柏林,德國。
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