#WorldClass

[dr-afsaeed]

Zymo Research Partners with Harvard University to Bring the BioFestival to Cambridge, Empowering World-class Research - New Study

Zymo Research, a global leader in sample preparation technologies and sustainable life science solutions, will partner with Harvard University to host the BioFestival on October 18, 2025. Summary Zymo Research and Harvard University will collaborate to present the BioFestival on October 18, 2025. Zymo Research, renowned for its sample preparation technologies and eco-friendly life science…

[berlinib]

September to December 2025 Cover editorial, fashion magazine is BERLiNiB, berlinib.com, 2025/C, PDF publishing date September 15, 2025. Cover fashion model is Natalia Rizou at insta:mnrizou, photographed and styled by Aristo Tacoma. Location: Studio P56, Athens, Greece, insta:studio.p56 MUA: Myrto Departez, insta:myrto_departez_makeup Assistant stylist: Myrto Departez, at Arachne fashion brand, also featured insta:crocheterie_arachne Contributing stylist: Mariter Torres, insta:danielajayfashion Fashion brands in editorial include: 2803 Fashion Loft, Athens insta:2803fashionloft Molly Bracken Greece insta:mollybracken_greece Molly Bracken insta:mollybracken_official Molly Bracken Girl insta:mollybrackengirl Lili Sidonio insta:lilisidonio_official

WeAreShoes insta:weareshoesgr Kinitro insta:kinitro_925 NAK insta:nakshoes BeamZ insta:beamzpro Alien Brand alienbrand.no Jamevar insta:jamevarcolourfullhome bnns.shop Stradivarius insta:stradivarius H&M insta:hm Zara insta:zara Platinum Fashion insta:platinum_fashiongr Art shop Niki insta:artshopniki.gr b.young insta:byoungfashion_norge Havfruen Fashion insta:havfruenblomster

Fashion rebloggers: the official industrialbabes.com/2025 subfolder is available, see its copyright info. All editorials in BERLiNiB are made for/by BERLiNiB and with the approval of the model(s) and any representatives they may have.

[newstech24]

LVMH: A World-Class Compounder, However I'm Ready For A Higher Entry Level

LVMH: A World-Class Compounder, However I'm Ready For A Higher Entry Level

[a2zsportsnews]

Spurs in contact to sign "world-class" £43m star

Thomas Frank will face a huge task during his first season as Tottenham Hotspur manager, after his appointment from Brentford a couple of weeks ago. The Dane has taken the reins from Ange Postecoglou, with the hierarchy wanting the side to reach the next step during his tenure in charge in North London. After the Europa League triumph last season, the Lilywhites will enter the Champions League,…

[nsemkekanews]

Driven by vision: Inside Ghana’s first world-class automobile museum - Nsemkeka

Driven by vision: Inside Ghana’s first world-class automobile museum – Nsemkeka Nestled in the heart of the capital lies a stunning new landmark set to redefine how Ghanaians experience innovation and luxury. The Despite Automobile Museum, commissioned by His Majesty Otumfuo Osei Tutu II on June 1, 2025, is a celebration of possibility, an ode to engineering, and a moving tribute to Ghanaian…

[rebelwithacauze]

Wow..this is insane👌💯❤️

#chinese #technology #techpeople #fyp #breakingnews #China #usa #trump #gpm #gpmi #replacing #hdmi #usb #technews

https://www.instagram.com/reel/DJESXTCIwbd/?igsh=ZDhiazBoMHEyYnc4

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A post shared by Khatija Suleman🇵🇸💯💪 (@katsuleman)

This is insane ❤️👌💯

[rockstarsbookings]

New Resorts & World-Class Eats: 3 Up-And-Coming California Getaways You Should Visit In 2025

Share The Article As San Francisco had one of its worst years for tourism and wildfires have decimated some of the most beautiful regions of Los Angeles, travelers may be opening their eyes to new destinations in the “Golden State”. Home to new lavish resorts and world-class eats, there are 3 California getaways on the rise, perfect for a memorable vacation this year. Whether it be wine country,…

[meoun-uk]

A World-Class Education: What to Expect from a Bachelor's Honours Degree in ManchesterA World-Class Education: What to Expect from a Bachelor's Honours Degree in Manchester Manchester, a... https://www.meoun.uk/a-world-class-education-what-to-expect-from-a-bachelors-honours-degree-in-manchester/?feed_id=120032&_unique_id=6773cc417ee59

[govindhtech]

Toshiba Double-Transmon Coupler: World-Class Quantum Leap

Toshiba Achieves World-Class Two-Qubit Gate Performance with Its Suggested Double-Transmon Coupler for Superconducting Quantum Computers. Improving the performance of quantum computers in order to help solve societal problems.

Overview Of Double-Transmon Coupler

Through an assessment of a potential significant advancement in quantum computing, Toshiba Corporation (Toshiba) has validated a breakthrough technology that promises to improve progress toward the construction of higher-performance quantum computers. A Double-Transmon Coupler, a Toshiba-proposed solution for superconducting quantum computers, has been successfully implemented through experiments carried out by a combined research group from Toshiba and RIKEN, one of Japan’s leading comprehensive research organizations.

At the core of quantum computation, a two-qubit gate, the researchers achieved a world-class fidelity of 99.90%. A common performance metric for quantum gates is fidelity, which measures how near to the ideal an operation is on a scale of 0% to 100%. Higher percentages indicate more accurate quantum gate operation.

Toshiba first suggested the Double-Transmon Coupler, an adjustable coupler that is essential to enhancing the performance of superconducting quantum computers, in a September 2022 publication. Its theoretical advantage over traditional tunable couplers in eliminating the long-standing issue of needless residual coupling and allowing high-speed, high-fidelity two-qubit gates has been validated by Toshiba and RIKEN in successful practical implementation.

The coherence time, or the amount of time that the quantum superposition state may be kept critical in quantum computers, has to be increased in order to enhance the performance of two-qubit gates. To lessen the faults it produces, gates must also be operated rapidly and the residual coupling’s strength must be controlled. The Toshiba-RIKEN team achieved a 99.90% fidelity by reducing the residual coupling strength to as low as 6 kHz, producing a short gate time of 48 ns, and achieving a world-class coherence time for the transmon qubit.

It is also possible to use the fixed-frequency transmon qubit, which has a basic shape and is very straightforward to build, in quantum computers that use the Double-Transmon Coupler. This will further progress the rapidly evolving science of quantum computing and pave the path for the large-scale quantum computers necessary for real-world uses like generating new drugs and achieving carbon neutrality.

On November 21, 2024, the findings of this study were published in “Physical Review X,” a prestigious magazine of the American Physical Society.

Background of development

Global research and development of quantum computers, which can solve computing issues beyond classical computers, is growing. Current quantum computers, which are based on quantum physics, which explains how atoms and molecules act, suffer with two-qubit gate reliability. A variety of methods, from the utilization of individual atoms in gases to superconducting electronic circuits, are being investigated in an effort to improve performance. Since the superconducting method makes use of solid-state components, which provide superior stability, scalability, and high quantum gate fidelity, it appears to be a viable strategy.

Superconducting circuits can be implemented in a variety of ways. The basic transmon qubit and the comparatively recent fluxonium qubit8 are two examples of the several types of qubits that are now available. The most popular and simplest qubit at the moment is the transmon qubit. Qubits can also be coupled in a variety of ways, ranging from direct capacitive coupling to coupling that uses an adjustable coupler between the qubits.

Two transmon-type superconducting qubits make up Toshiba’s Double-Transmon Coupler, an adjustable coupler. It can perform high-speed two-qubit gate operations and disable coupling for fixed-frequency transmon qubits with widely disparate frequencies.

A sufficiently long coherence time, longer than the gate operating time, is necessary for its efficient operation, and this can only be accomplished by carefully weighing the superconducting materials, the surrounding circuit design, and the manufacturing procedures. On the other hand, a strong coupling strength between the qubits is essential for high-speed gate operations.

The combined research team from Toshiba and RIKEN successfully carried out the first experimental demonstration of this approach in history, proving its great performance fidelity.

Features of the technology

Two qubits are coupled using the Double-Transmon Coupler (Figure 1). It has a loop in the middle with three Josephson junctions (JJ3, JJ4, and JJ5). The coupling between the two qubits may be changed by varying the external magnetic flux Φex10 in the loop with a current. A circuit was constructed for this experiment (Figure 2), and it was shown to have excellent performance. Optical microscope image of the actual fabricated circuit.Image Credit To Toshiba

A world-class coherence time in the transmon qubits was achieved by refining the two qubits (Q1 and Q2) in terms of form, materials, and fabrication technique. Eleven different kinds of indicators, T1 and T2, were employed. T1 and T2 values were 230 μs and 360 μs in Q1 and 210 μs and 130 μs in Q2, respectively. Gate procedures can be completed in these amounts of time.

It was proven that by varying the external magnetic flux, the coupling strength could be raised to about 80 MHz (Figure 3, right), resulting in a short gate time of 48 ns.

With a detuning (frequency difference) of around 460 MHz, the qubit frequencies in the experiment were set at 4.314 GHz and 4.778 GHz. Crosstalk faults, in which operations in one qubit result in mistakes in the other, were reduced by setting this substantial detuning.

Typical tunable couplers could only reduce residual coupling to tens of kHz with such a huge detuning. Low residual coupling, one of the main characteristics of the Double-Transmon Coupler, was successfully shown experimentally for the first time by reducing the magnitude of coupling strength to as low as about 6 kHz with the proper setup of the external magnetic flux (Figure 3, left).Image Credit To Toshiba

Dependence of coupling strength on external magnetic flux (where Φ0 denotes the magnetic flux quantum and Φex denotes the external magnetic flux within the loop). The coupling strength may be varied from a minimum of 6 kHz to a high of 80 MHz by varying the external magnetic flux.

The fidelity of the two-qubit gates remained consistently excellent for the length of the trial, which involved measurements over a 12-hour period. With an average performance of 99.90%, they are among the world’s top (Figure 4). Measurement results of the two-qubit gate fidelity.Image Credit To Toshiba

Future developments

Aiming for a two-qubit gate integrity of 99.99%, Toshiba and RIKEN will keep improving the double-transmon coupler’s performance. In order to quickly realize a useful quantum computer, the team will also create technologies to scale up the device while preserving its high performance.

The Quantum Leap Flagship Program (Q-LEAP) of the Ministry of Education, Culture, Sports, Science, and Technology (MEXT) provided some funding for this study as part of the “Research and Development of Superconducting Quantum Computers” initiative.

Read more on govindhtech.com

[gkecindia]

Exciting opportunity alert! 🇨🇦 Apply now for January 2025 intake at Cape Breton University and pave your way toward permanent residency! Contact us today, for more information.

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[newstech24]

Socceroos utilizing 'world-class' MLS to organize for World Cup

Joey Lynch Shut Joey Lynch is a Melbourne-based sports activities journalist and AYA most cancers advocate. Primarily engaged on soccer, he has lined the Socceroos, Matildas and A-Leagues for ESPN for over a decade. Jun 17, 2025, 12:17 AM ET A trio of Socceroos who name MLS dwelling are assured the league’s rising requirements will bolster their hopes of being a part of the 2026 FIFA World…

[a2zsportsnews]

Levy playing "leading role" to sign "world-class" player for Tottenham at half-price

Tottenham Hotspur chairman Daniel Levy is spearheading the club’s pursuit of a “world-class” player, and one who Spurs could end up signing for half of his marquee summer asking price. Daniel Levy tipped to make changes at Tottenham The Lilywhites chairman won’t just be playing a role in facilitating the club’s transfer activity, with growing uncertainty surrounding manager Ange Postecoglou and…

[nsemkekanews]

Blackstar Experience To Attract Private Investment For World-Class Record Labels In Ghana – Says Rex Omar - Nsemkeka.com

Blackstar Experience To Attract Private Investment For World-Class Record Labels In Ghana – Says Rex Omar – Nsemkeka.com Rex Omar has revealed that one of the main goals of the Blackstar Experience is to spark investment in Ghana’s creative economy. Speaking on Joy FM’s Showbiz A-Z, the programme’s coordinator, Rex Owusu Marfo, revealed that the initiative aims to establish globally competitive…

[ltslean]

A Roadmap to World Class Maintenance

World-class maintenance sets high standards for maintenance KPIs and operations to ensure equipment or asset reliability, aligning with Industry 4.0 principles.

Read More: https://cmmssoftware.leantransitionsolutions.com/software-blog/world-class-maintenance

[centralcoastbass]

World Class VIOLINIST partying at the lake?

[caligoooooo]

Buy cardamom online

Hello everyone ,no we all are in the world of technology. Everything we can now buy from online.So the spice farmer came up with an idea of why we cant sell spices through online. the main advantage of this website is,it is very user friendly even a 10 year old boy can purchase through the website. talking about the venture it is a small business situated in Vishwanathapuram ,Kumily plce in idukki district. Because of the landscape of idukki the spices are grown in a perfect condition which is separate from the entire world.