Daily Archives: January 19, 2022

CompanyDate initiatedAreaTechnologyAffiliate University or Research InstituteHeadquartersAccenture[1]June 14, 2017ComputingAEGIQ[2]2019Computing/CommunicationPhotonics and Integrated Photonics, Quantum Dots, CryptographySheffield, UKAlice&Bob2020ComputingSuperconductingParis, FranceAliro Quantum2019Computing/NetworkingQuantum Development Environment, Quantum Network Simulation/EmulationSpun out of Narang Lab, HarvardBoston, MAAlpine Quantum Technologies[3]2018ComputingTrapped IonUniversity of Innsbruck and the Institute for Quantum Optics and Quantum Information (IQOQI)Innsbruck, AustriaAmazon[4][5]2021ComputingSuperconductingCalifornia Institute of TechnologyPasadena, CaliforniaAmberFlux2019Computing/CommunicationsQuantum Programming, Classical Simulation, Optimization, Algorithms, Quantum Financial ServicesHyderabad, IndiaAirbus[6]2015ComputingAlgorithmsBlagnac, FranceAT&T[7]2011CommunicationCalifornia Institute of Technology, Fermilab[8]Dallas, TX, USAAliyun (Alibaba Cloud)[9]July 30, 2015Computing/Communication[9][10]SuperconductingChinese Academy of Sciences[10][11][12]Hangzhou, ChinaAtos[13][14]Computing/CommunicationQuantum Programming, Classical Simulation, CryptographyBezons, FranceAUREA Technology2010Quantum Communication, Quantum Cryptography, Quantum EntanglementSingle-photon source, Photon counting, Quantum key distribution, Photonics, Single-photon avalanche diodeBesancon, FranceBaidu[15]2018ComputingAlgorithmsUniversity of Technology Sydney[15]Beijing, ChinaBOLTZ.AI[16]2020ApplicationsQuantum Algorithms|Quantum programming|Quantum ConsultingUniversity of Toronto[15]Toronto, CanadaBooz Allen Hamilton[17]ComputingTysons Corner, VA, USABoxcat Inc.[18]2017ComputingQuantum Algorithms, Quantum Rendering, Quantum Image Processing, Super-Resolution, Quantum Machine LearningUniversity of Toronto, UFRN[19]Toronto, CanadaBT[20]CommunicationLondon, UKCarl Zeiss AG[21]University College LondonOberkochen, GermanyCambridge Quantum Computing[22]2014ComputingQuantum Algorithms Quantum CybersecurityUniversity of CambridgeCambridge, UK London, UKClassiq[23]2019ComputingQuantum Algorithms Quantum SoftwareTechnion Israel Institute of TechnologyTel-Aviv, IsraelCogniFrame Inc[24][25]2019ComputingQuantum Algorithms Quantum and Near Quantum Solutions to solve NP Hard, Optimization, Simulation & Machine Learning problems. Has launched Plug and Play app store http://www.firstqstore.comUniversity of TorontoToronto, Ontario Toronto, CanadaCube Robot X2004ComputingPhotonic, Trapped Ion, Quantum Algorithms, Quantum Programming, RoboticsUniversity of applied science in Augsburg (FH)Langweid am Lech, Bavaria GermanyD-WaveJanuary 1, 1999ComputingSuperconducting Quantum AnnealerBurnaby, CanadaeleQtron2020ComputingTrapped IonUniversitt SiegenSiegen, GermanyElyah[26]2018ComputingQuantum Programming,[27] Classical Simulation, Software as a serviceTokyo, JapanEntropica Labs[28]May 2018[29]AlgorithmAlgorithmsCenter for Quantum Technologies, National University of SingaporeSingaporeFujitsu[30]September 28, 2015CommunicationQuantum DotsUniversity of TokyoTokyo, JapanGoogle QuAIL[31]May 16, 2013ComputingSuperconductingUCSBMountain View, CA, USAHP[32][33]Computing[32]/Communication[33]Algorithms, NMRPalo Alto, CA, USAHitachi2012ComputingSilicon CMOS[34]University of Cambridge, University College London, CEA, University of CopenhagenHitachi Cambridge Laboratory[35] and Tokyo, JapanHorizon Quantum Computing[36]2018ComputingQuantum Algorithms, Quantum Compilation, Quantum Programming, Software as a serviceCQTSingaporeHRL LaboratoriesComputingQuantum DotsMalibu, CA, USAHuawei Noah's Ark Lab[37]CommunicationNanjing UniversityShenzhen, ChinaIBM[38]September 10, 1990[39]ComputingSuperconductingMIT[40]Armonk, NY, USAID QuantiqueJuly 1, 2001CommunicationGeneva, Switzerlandimec[41]ComputingSuperconductingBelgiumIntel[42]September 3, 2015ComputingTU DelftSanta Clara, CA, USAInfineon Technologies[43][44]2019ComputingTrapped Ion, Post-Quantum CryptographyUniversity of InnsbruckNeubiberg, GermanyionQ[45][46]2015ComputingTrapped IonUniversity of Maryland, Duke UniversityCollege Park, MD, USAIQM Quantum Computers2019ComputingSuperconductingAalto UniversityEspoo, FinlandKEEQuant2020Quantum cryptographyContinuous Variable QKD, Key Management Systems (KMS)Frth, GermanyKPN[47]CommunicationThe Hague, NetherlandsLockheed MartinComputingQuantum AnnealingUniversity of Southern California, University College LondonBethesda, MD, USAmain incubator2019ComputingQuantum Financial ServicesFrankfurt, GermanyMagiQ1999CommunicationSomerville, MA, USAMicrosoft Research QuArCDecember 19, 2011ComputingAlgorithmsTU Delft, Niels Bohr Institute, University of Sydney, Purdue University, University of Maryland, ETH Zurich, UCSBRedmond, WA, USAMicrosoft Research Station QApril 22, 2005ComputingSuperconductingUCSBSanta Barbara, CA, USAMitsubishi[48]CommunicationTokyo, JapanNEC Corporation[49]April 29, 1999[50]CommunicationQuantum DotsUniversity of TokyoTokyo, JapanNext Generation Quantum[51]2019Computing//NetworkingOptical quantum interconnects for quantum computing clustersCity University of New YorkNew York, NY, USANokia Bell Labs[52][53]ComputingUniversity of OxfordMurray Hill, NJ, USANorthrop GrummanComputingWest Falls Church, VA, USANTT Laboratories[54]Computing/CommunicationPhotonic Quantum Computing, Quantum CommunicationBristol UniversityTokyo, JapanNu Quantum[55][56]2018CommunicationPhotonic Quantum Computing,[56] Quantum Communication[57]University of Cambridge[58]Cambridge, UKParityQC2020ComputingQuantum architecture, Quantum Algorithm, Software-as-a-ServiceUniversity of InnsbruckInnsbruckPsiQuantum[59]2016ComputingPhotonic Quantum ComputingBristol UniversityPalo Alto, CA, USAQ. BPO Consulting2020Consulting & EngineeringQML Q-ANN OptimizationParis, FRANCEQC Ware2014ComputingQuantum Algorithms

Quantum Computing Software

Quantum Random Number Generator

Orquestra Quantum Operating Environment[84]

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List of companies involved in quantum computing or ...

Maria LepskayaContributor

Market trends are the best indicators we have to judge the maturity of the quantum industry. While they dont perfectly reflect technological progress, they showcase investors willingness to write checks for the industry.

In the next three to five years, quantum computers manufacturers are expected to generate revenue of $5 billion to $10 billion, according to Boston Consulting Group. McKinsey expects the chemical and pharma industries to be the first potential users of quantum computing, enabling the accurate simulation of larger numbers of atoms and molecules, which is not possible today using classical supercomputers.

Although many VCs seem to be new to quantum technologies, some investors foresaw this movement several years ago and are now making their first quantum exits.

Take IonQ, a U.S.-based manufacturer of ion-trapped quantum computers, for instance. The company was founded in 2015, and it went public in 2021 through a SPAC at a $2 billion valuation. Berkeley-based Rigetti will also go public through a SPAC this year, raising $458 million at a $1.5 billion valuation. The company is developing a superconducting quantum computer, which already could scale up to 80 qubits.

IonQ and Rigettis IPOs set the valuation benchmarks for the whole industry, which impact the valuations of all quantum deals. More importantly, these IPOs show venture capitalists could make money from the quantum industry without significant commercialization of the technology.

Today, a quantum processor is a complicated device requiring a lab environment. This makes cloud access to quantum processors preferable, which was not possible during the emergence of classical computers. As a result, quantum hardware manufacturers develop their own cloud-based operating systems. Right now, it is hard to imagine someone would build a large quantum OS company as Microsoft did in the 1980s.

Although technology maturity will still take many years, the future winners in the quantum computing market will be determined in the next two years. We are expecting a first consolidation phase led by the 10 leading full-stack quantum hardware players, said Benno Broer, CEO at Qu&Co. This is a path the quantum industry may follow, collecting pieces of the stack via acquisitions.

Quantum startups map, as of October 2021. Image Credits: Runa Capital

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Will quantum computing remain the domain of the specialist VC? - TechCrunch

IonQ, a leader in trapped-ion quantum computing, and Hyundai Motor Company today announced a partnership to develop new variational quantum eigensolver (VQE) algorithms to study lithium compounds and their chemical reactions involved in battery chemistry

IonQ, a leader in trapped-ion quantum computing, and Hyundai Motor Company today announced a partnership to develop new variational quantum eigensolver (VQE) algorithms to study lithium compounds and their chemical reactions involved in battery chemistry.

Quantum-powered chemistry simulation is expected to significantly enhance the quality of next-generation lithium batteries by making improvements to the devices charge and discharge cycles, as well as their durability, capacity and safety.

The partnership pairs IonQs expertise in quantum computing and Hyundais expertise in lithium batteries. Together, the teams are creating the most advanced battery chemistry model yet developed on quantum computers, measured by the number of qubits and quantum gates.

IonQ and Hyundai are laying the foundation to create better quality batteries by more precisely simulating and controlling their chemical reactions. This research has the potential to lead to new types of source material that save time, cost, and effort in the years to come a critical advancement as batteries are typically the most expensive component of an electric vehicle (EV).

This creative collaboration with IonQ is expected to provide innovation in the development of basic materials in virtual space for various parts of the future mobility, said TaeWon Lim, Executive Vice President and Head of Materials Research & Engineering Center at Hyundai Motor Group. Were excited to step into the upcoming quantum era and take advantage of the opportunities that await with more effective battery power.

Todays collaboration is a crucial component of Hyundais Strategy 2025 goals, which include the sale of 560,000 EVs per year and the introduction of more than 12 battery electric vehicle (BEV) models to consumers. Moreover, the partnership is also an important milestone for combating the threat of climate change as EVs play a critical role in meeting global sustainability targets.

We at IonQ believe in our mission to solve the worlds most complex problems through the ongoing development of our quantum computers, and we see global climate change as one such problem that we can help to tackle with quantum chemistry solutions, said Peter Chapman, President and CEO of IonQ. Battery efficiency is one of the most promising emerging areas where quantum computing can make a difference. We are thrilled to be working with Hyundai Motor Company on this project to make EVs a primary mode of transportation across the globe.

SOURCE: Hyundai

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IonQ and Hyundai Motor partner to use quantum computing to advance effectiveness of next-gen batteries - Automotive World

ELMSFORD, N.Y.--(BUSINESS WIRE)--SEEQC, the Digital Quantum Computing company, today announced the addition of a scientific advisory board to its leadership. This addition comes at a time when the company is unveiling a new brand identity and expanding its team internationally, including the appointment of Shu-Jen Han as its vice president of engineering.

Scientific Advisory Board

SEEQCs new scientific advisory board consists of leading academics from across the world, including Javad Shabani, assistant professor of physics at NYU, professors from the University of Napoli Federico II, Francesco Tafuri and Giovanni Piero Pepe, and Maxim Vavilov, professor at the University of Wisconsin.

The company instituted this board of quantum scientists to guide SEEQCs team as they continue their mission to solve quantum computings' most challenging problems. The board will help ensure that SEEQC bases its products, research and development on sound scientific data.

By integrating this team of scientists into SEEQCs product roadmap, the company can internally peer-review its research and development and receive feedback and scientific advice more quickly than other commercial entities. This ensures that the company is receiving proper oversight and quality consultation as it advances its technological discoveries expanding quantums reach from academia to real-world application.

The fact that half of my fellow board members work in foreign universities, and many of us have international backgrounds, should not be overlooked. SEEQC is an international company, and it is incorporating that element of itself at every level, said advisory board member, Francesco Tafuri. By bringing together this group of international scientists, SEEQC is getting access to even more experience than by engaging exclusively with American universities. These individuals bring a rich and diverse history of scientific research and experience to the company with them.

Appointing New Vice President of Engineering

In addition to expanding its leadership with the advisory board, SEEQC has also appointed industry veteran Dr. Shu-Jen Han as its vice president of engineering. Han brings more than a decade of experience in the nanotechnology and semiconductor industry to SEEQC, as well as world-class expertise in logic and memory chip-making a critical component of scaling the companys system-on-a-chip quantum design.

Han started his career at IBM working in the semiconductor sector after receiving his Ph.D. from Stanford University, later he managed the nanoscale device and technology group at IBMs T. J. Watson Research Center working on world-leading post-silicon transistor research. Han has valuable experience in advancing complex semiconductor chip technology from basic research to product qualification both as a director and later as senior director at HFC Semiconductors Advanced Memory Technology Division. He has authored over 90 technical publications, two book chapters and over 150 issued US patents.

Were thrilled to formally welcome Shu-Jen to SEEQC, and I am excited by the leadership and expertise hell bring to our global team of quantum engineers and researchers, said John Levy, CEO of SEEQC. Shu-Jen is one of the foremost minds in the semiconductor research and development world were grateful he chose to join SEEQC and our mission to bring scalable quantum computing to the enterprise world.

In his new role, Han will help build a scalable research and development organization, lead SEEQCs multi-disciplinary engineering groups and establish a clear roadmap for its commercialization. He also oversees the day-to-day operations of the companys newly renovated chip foundry, a fully operational chip manufacturing facility focusing on superconducting quantum and classic electronics.

Renewed Brand Commitment

As the company continues to evolve its technology and business model, it is also evolving its unique brand. Under the guidance of its creative director, Fredrik Carlstrm, SEEQC is rededicating itself to its original goal and mission statement under renewed branding and communication initiatives.

SEEQC was built upon the premise of approaching quantum differently than its predecessors and counterparts, and its new brand reflects that. The brand takes into account SEEQCs unique team, the integrated process in which design, manufacturing and testing are all done in-house, resulting in a unique approach to building a scalable quantum computer.

The new brand reflects SEEQC at its core not only as a company name but as an acronym: Scalable, Energy-Efficient Quantum Computing. Other aspects of the companys brand portfolio have been updated to evince different aspects of the companys technology. SEEQCs visuals evoke a feeling of efficiency, purpose and a close relationship with nature, just as its end-product uses elements of nature to solve classically intractable problems and address the worlds greatest challenges.

The new design and communication are a mirror image of SEEQCs approach to building scalable, re-configurable quantum computers around a family of chips designed to support a host of high-value problems for clients today, said Carlstrm. We want the brand we put forward to show what were really about and to show our ethos in everything we do from the design of our hardware and software to our offices, facilities, website and brand identity.

Partnership with QuantWare

To further advance its technology, SEEQC has partnered with Dutch quantum startup QuantWare. With additional support from the University of Napoli Federico II, the companies will co-develop an advanced Quantum Processor Unit (QPU) with integrated cryogenic digital control logic. This partnership combines SEEQCs proprietary platform with QuantWares scalable QPU design, resulting in the worlds first commercially available platform, capable of overcoming key scalability engineering challenges.

About SEEQC:

SEEQC is developing the first fully digital quantum computing platform for global businesses. SEEQC combines classical and quantum technologies to address the efficiency, stability and cost issues endemic to quantum computing systems. The company applies classical and quantum technology through digital readout and control technology and a unique chip-scale architecture. SEEQCs quantum system provides the energy- and cost-efficiency, speed and digital control required to make quantum computing useful and bring the first commercially-scalable, problem-specific quantum computing applications to market.

The company is one of the first companies to have built a superconductor multi-layer commercial chip foundry and through this experience has the infrastructure in place for design, testing and manufacturing of quantum-ready superconductors. SEEQC is a spin-out of HYPRES, the worlds leading developer of superconductor electronics. SEEQCs team of executives and scientists have deep expertise and experience in commercial superconductive computing solutions and quantum computing. SEEQC is based in Elmsford, NY with facilities in London, UK and Naples, Italy.

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SEEQC Announces Addition of Scientific Advisory Board, Vice President of Engineering and Unveils New Brand Identity - Business Wire

An Australian firm has announced a partnership with a global leader in encryption technology to roll out the nation's first sovereign quantum encryption service.

AUCloud is one of a handful of companies trusted by governments worldwide to host secure sovereign cloud services.

To protect our private data and essential services such as hospitals, electricity and banking, the cloud provider on Wednesday announced a deal with Arqit to provide stronger, simpler encryption.

Genuine sovereign cloud services can protect citizens' data and the content of data centres from being handed over to foreign powers, and help secure critical infrastructure against nosy or malicious hackers.

The recent trilateral alliance between Australia, the United Kingdom and the United States, known as AUKUS, has defence innovation and technology at its heart and aims to lift the allies' game on cyber security, quantum computing, artificial intelligence (AI) and space technology.

"The world needs stronger, simpler encryption, and it is important that allied countries work together," Arqit founder David Williams said.

Arqit's Federated Quantum System (FQS) is designed for allied governments only.

The unique quantum encryption service makes the communications links of any networked device secure against current and future forms of attack - even from a quantum computer.

The market is every connected device, according to Arqit.

As one of Australia's sovereign cloud Infrastructure-as-a-Service (IaaS) providers, AUCloud already serves federal, state and local governments and critical national industries.

Phil Dawson, managing director and co-founder of AUCloud, said the partnership with Arqit would deliver an immediate capability to customers in these and other enterprise sectors, including financial services, intelligence and defence.

Listed on the Australian stock exchange as Sovereign Cloud Holdings (SOV), AUCloud is independently certified to meet Australian Signals Directorate information security standards and handle protected data.

The company is also a member of the Defence Industry Security Program and is "certified strategic" as a cloud provider by the Digital Transformation Agency.

A consortium of Australian government agencies, the Australia National University, and industry partners are working on the supply chain, technical aspects of deployment and planning for long-term funding of the full system across the country.

This first phase of work with Arqit was included in the "Space Bridge" agreement signed by then minister for Industry, Science and Technology Karen Andrews and British High Commissioner Vicki Treadell almost a year ago.

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Sovereign quantum encryption in the cloud - 7NEWS

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Hamamatsu Photonics

Agilent Technologies

HP

IBM

Viavi Solutions

Infera

Broadcom Corporation

Adaptec

Alcatel-Lucent

Ciena

3SP Technologies S.A.S.

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