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[New York, November 2023] An insightful market analysis report focusing on the Quantum Computing in Drug Discovery Services Market has just been released by StatsNData, serving as a valuable resource for both industry leaders and newcomers. This comprehensive report offers a detailed exploration of the global Quantum Computing in Drug Discovery Services market and its subsegments, providing revenue forecasts and strategic insights that can drive business success in the coming years in pharma-healthcare Industry.

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In addition to answering these critical questions, the report offers a forward-looking perspective, providing insights into the future trajectory of the Quantum Computing in Drug Discovery Services market. It equips decision-makers with the knowledge needed to navigate the markets evolution during the forecasted period effectively.

Some of the major companies influencing this Quantum Computing in Drug Discovery Services market include:

1QBit, Accenture, Albert Einstein College of Medicine, Alibaba , Amazon Web Services, Anyon Systems, ApexQubit, Aqemia, Astex Pharmaceuticals, AstraZeneca, Atos, Auransa, Aurora Fine Chemicals, Automatski, Biogen , Bleximo, Boehringer Ingelheim, Cambridge Quantum, ChemAlive, Cineca, Cisco, Cleveland Clinic , Cloud Pharmaceuticals , Conifer Point (Acquired by Lodo Therapeutics) , CreativeQuantum, Fujitsu, Good Chemistry , Google, GTN, Hafnium Labs, Hewlett Packard Enterprise (HPE), IBM , StationQ (Subsidiary of Microsoft, Tata Consultancy Services, Xanadu, XtalPi, Zapata Computing, and others

This Quantum Computing in Drug Discovery Services research report sheds light on the major market players who are thriving in the market. Track business strategy, financial status and upcoming products.

This report caters to a wide audience, from industry experts seeking insights into the dynamic Quantum Computing in Drug Discovery Services market to newcomers looking for guidance. Customization options are available to ensure the reports relevance to your specific needs.

Quantum Computing in Drug Discovery Services The regional scope of the market is mostly mentioned in the region-focused report.

North America South America Asia Pacific Middle East and Africa Europe

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Quantum Computing in Drug Discovery Services Market Segmentation Analysis

The market is segmented on the basis of categories such as type, product, and end user. This segmentation makes it possible to provide an accurate description of the market.

Quantum Computing in Drug Discovery Services Market segmentation : By Type

Application 1 Application 2 Application 3

Quantum Computing in Drug Discovery Services Market Segmentation: By Application

Type 1 Type 2 Type 3

Key Questions Addressed in this Report:

Conclusion

Embrace data-driven decision-making with our comprehensive Quantum Computing in Drug Discovery Services market research report. Its your roadmap to navigate the ever-changing market landscape and position your business for success.

Table Of Content

Chapter 1 Quantum Computing in Drug Discovery Services Market Overview

1.1 Product Overview and Scope of Quantum Computing in Drug Discovery Services

1.2 Quantum Computing in Drug Discovery Services Market Segmentation by Type

1.3 Quantum Computing in Drug Discovery Services Market Segmentation by Application

1.4 Quantum Computing in Drug Discovery Services Market Segmentation by Regions

1.5 Global Market Size (Value) of Quantum Computing in Drug Discovery Services (2018-2029)

Chapter 2 Global Economic Impact on Quantum Computing in Drug Discovery Services Industry

2.1 Global Macroeconomic Environment Analysis

2.2 Global Macroeconomic Environment Analysis by Regions

Chapter 3 Global Quantum Computing in Drug Discovery Services Market Competition by Manufacturers

3.1 Global Quantum Computing in Drug Discovery Services Production and Share by Manufacturers (2019 to 2023)

3.2 Global Quantum Computing in Drug Discovery Services Revenue and Share by Manufacturers (2019 to 2023)

3.3 Global Quantum Computing in Drug Discovery Services Average Price by Manufacturers (2019 to 2023)

3.4 Manufacturers Quantum Computing in Drug Discovery Services Manufacturing Base Distribution, Production Area and Product Type

3.5 Quantum Computing in Drug Discovery Services Market Competitive Situation and Trends

Chapter 4 Global Quantum Computing in Drug Discovery Services Production, Revenue (Value) by Region (2018-2023)

4.1 Global Quantum Computing in Drug Discovery Services Production by Region (2018-2023)

4.2 Global Quantum Computing in Drug Discovery Services Production Market Share by Region (2018-2023)

4.3 Global Quantum Computing in Drug Discovery Services Revenue (Value) and Market Share by Region (2018-2023)

4.4 Global Quantum Computing in Drug Discovery Services Production, Revenue, Price and Gross Margin (2018-2023)

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Originally posted here:
Quantum Computing in Drug Discovery Services Market is booming ... - Argyle Report

Harnessing quantum dots to produce low-energy single photons for applications in secure communications and quantum computing.

A collaborative team of physicists from Finland and Germany has made a groundbreaking discovery that could significantly advance quantum technologies, particularly in the realms ofquantum cryptography and quantum computing.

In the world of quantum technologies, the ability to generate and manipulate individual elementary electromagnetic field components, known as photons, is critical.

For example, quantum cryptography is based on the fundamental principle that its impossible to observe the state of a photon without altering it, meaning the interception of a photon carrying information by an eavesdropper can be easily detected.

However, a challenge arises when two photons are generated which exist in the same quantum state. By intercepting one of them, the eavesdropper could obtain the information carried by the other photon, compromising the security of the communication.

The problem that the field currently faces is in creating single, unique photons as the energy they carry is so small. Overcoming this challenge and producing solitary photons is a complex and demanding scientific and engineering task.

To date, scientists have succeeded in generating single photons, for example, by irradiating defects in the crystal lattice of certain materials with a laser beam, but these particles are too energetic for practical use. Researchers need to generate lower-energy photons, which correspond to longer wavelengths in the electromagnetic spectrum.

In a recent study published in Advanced Quantum Technologies, the team proposed a method of generating single photons in an energy range more suited to telecommunications, which would also allow existing communications infrastructure to be used for quantum cryptography.

Emission wavelengths in the telecommunication spectral window are of particular interest since they offer the least absorption and [] dispersion of photons in optical fibers, wrote the scientists in their study. The experimental implementation of [quantum cryptography] protocols has succeeded in over several hundred kilometers of optical fiber using [particular] laser pulses.

However, the use of weak laser pulses introduces the possibility of producing multiple identical photons, which can be exploited for eavesdropping, necessitating the development of more intricate security protocols.

The scientists therefore took an outside-the-box approach, generating low-energy single photons from gallium antimonide quantum dots.

Quantum dots, which recently won the Nobel Prize in Chemistry, are semiconductor crystals of nanometre dimensions with distinctive conductive properties determined by their size. The gallium-based quantum dots used in the study had radii of 12 nanometers, lending them important optical and physical properties due to subtle quantum mechanical effects.

Based on the specific properties of electrons in gallium antimonide, which are responsible for emitting electromagnetic waves, the physicists hypothesized that quantum dots made from it could be an excellent source of single, low-energy photons.

Their experiments, in which they irradiated the quantum dots with an infrared laser, proved successful and led to the generation of single photons in the same quantum state and with wavelengths that correspond to the telecommunications range.

Non-classical light sources are a major building block in quantum communication applications as well as for photonic quantum computing, the authors wrote. Compared to several other physical systems, like vacancy centers in diamond and trapped atoms, which can provide single photons, [] quantum dots offer superior optical properties, like low multi-photon contribution and high indistinguishability.

Not only could quantum dots allow scientists to harness and optimize existing fiber-optic networks and satellites for secure quantum communications, but they may drive advancement in quantum computing, which uses single photons as qubits, elementary units of information.

Reference: Johannes Michl, et al., Strain-Free GaSb Quantum Dots as Single-Photon Sources in the Telecom S-Band, Advanced Quantum Technologies (2023). DOI: 10.1002/qute.202300180

Feature image credit: Clandestino on Pixabay

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Revolutionizing quantum technologies with photons made from ... - Advanced Science News

Jaideep Mirchandani, Chairman of aviation conglomerate Sky One FZE, hopes to see the aviation industry harnessing the latest technologies like quantum computing to solve complex challenges of Global Air Cargo and change the future of aviation with improved inventory management, minimizing waste, and enhance overall efficiency

Global air cargo operations, with their intricate logistics and the need to adapt to ever-changing conditions, present a multifaceted challenge for the aviation industry. With the explosion of e-commerce, these challenges have amplified, creating the need for a paradigm shift led by new technology like quantum computing. Though still at a nascent stage, this cutting-edgetechnology, hasthe potential to revolutionize various industries, including aviation, by processing complex data at unprecedented speeds.

Quantum computing, with its unmatched computational capabilities, is sure to untangle the complications of supply chain management, capacity optimization, security, documentation, & permission, as well as basic tracking for operators as well as customers. I look forward to a tech-based solution that can boost operations globally in a sustainable manner, said Jaideep Mirchandani, Chairman of aviation conglomerate Sky One FZE.

By using the principles of quantum mechanics to process and store data in a fundamentally different way from classical computers it has the potential to revolutionize the industry. A recent report published by the European Commission stated that, when used to optimise airline schedules, quantum computing can create efficient travel plans for thousands of passengers, making journeys quicker, more cost-effective, and fuel-efficient.

While practical, large-scale quantum computers are not yet widely available, researchers and companies are working on building more powerful and accessible systems It is expected to have a significant impact on aviation in the future, from calculating the best routes for fuel consumption to cargo optimization and logistics. Another aspect is the security and documentation of cargo to ensure not just permissions but also live tracking. Global air cargo needs the support of integrated solutions and advanced computing, which is sure to give companies a competitive edge in an industry where effective logistics are crucial for success, Mr. Mirchandani added.

Recently, Quantum South, a quantum computing company, released the newest version of its cargo optimization software, which employs quantum-inspired algorithms to ascertain the optimal strategy for packing a consignment into an aircraft. With the help of quantum algorithms, the software considers multiple interrelated factors affecting optimal loading, such as maximum weight and length, the center of gravity, sheer, and shape of the airframe, ensuring compliance with necessary restrictions.

The positive response within the airline industry to such software 0points to anexciting outlookfor the use of advanced quantum technology and working towards increasing operational efficiency. We expect more such tools to propel air cargo transportation towards a more efficient and environmentally sustainable future, added Mirchandani.

A recentMarkets and Markets research, the global quantum computing market is projected to be valued at US$ 866 million in 2023 and is anticipated to reach US$ 4,375 million by 2028, exhibiting an impressive CAGR of 38.3 percent over the next five years.

Mirchandani reiterated that with its capacity to process vast amounts of data rapidly, quantum computing can aid airlines beyond just number-crunching Referring to recent developments in which technical giants like IBM are launching a weather forecasting system integrated with quantum computing, Mr. Mirchandani noted, Quantum-based precise weather forecasting will also help cargo airlines avoid adverse weather conditions and minimize delays.

While the quantum computing ecosystem is still evolving, reports indicate that major aircraft manufacturers have already established partnerships with computing companies to jointly undertake aircraft-loading projects. These initiatives primarily aim to leverage quantum technology in the aerospace services industry, with a focus on enhancing fuel efficiency and cargo loading. Sky One FZE Chairman added that, Once the early use cases begin to emerge, we can analyze the positive effects of such initiatives across various facets of the aviation industry and implement them, concludes the aviation visionary.

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Quantum Computing has the ability to revolutionize Global Air Cargo ... - CXOToday.com