Technology

New Single Photon Detector on Silicon Photonics Platform Charts Path for Highly Integrated Room Temperature Quantum Computer

Published

2 years ago

October 9, 2024

MENLO PARK, Calif. and BOSTON, Oct. 9, 2024 /PRNewswire/ — Artilux, the leader of GeSi (germanium-silicon) photonics technology and pioneer of CMOS (complementary metal-oxide-semiconductor) based SWIR (short-wavelength infrared) single photon detection, announces its collaboration with Dr. Richard A. Soref, a renowned expert widely known as the “father of silicon photonics”, to jointly investigate the field of quantum information processing based on the integrated silicon photonics platform. The first result from this collaboration, recently published in APL Quantum titled “Room-temperature photonic quantum computing in integrated silicon photonics with germanium–silicon single-photon avalanche diodes”, charts a new path for “cryogenics-free” quantum information processing applications.

Currently, large-scale photonic quantum computing (PQC) systems typically consist of three main building blocks: (1) quantum sources that generate single photons, (2) quantum circuits that manipulate single photons, and (3) quantum detectors that measure single photons. Existing PQC architectures rely on superconducting nanowire single-photon detectors (SNSPDs) based on superconductors such as niobium nitride (NbN) operated at a temperature less than 4 Kelvin. Such a cryogenic cooling requirement not only consumes a huge amount of power, it also makes testing systems slow and expensive, significantly limiting wider use outside of specialized facilities.

To bring PQC systems into a revolutionary room-temperature (RT) operation paradigm, this work has proposed replacing the conventional SNSPDs with a newly designed waveguide-based germanium-silicon (GeSi) single-photon avalanche diode (SPAD) based on Artilux’s recent breakthrough published in Nature in February 2024. By combining on-chip waveguided spontaneous four-wave mixing sources, waveguided field-programmable interferometer mesh circuits, and a waveguided spatially-multiplexed array of photon-number-resolving GeSi SPADs detectors with a proper gating window, a highly integrated electronic-photonic system capable of being operated outside cryogenic environment can be realized. When benchmarked to NbN SNSPD designs, the group has further shown that the simulated RT GeSi SPAD designs might even outperform current NbN SNSPD based designs.

Dr. Richard A. Soref said, “Cryogenic modules are presently used in all photonic quantum computers and in many photonic quantum information applications, and we expect that such modules can be eliminated after experimental R&D on photonic integrated circuits (and their associated electronic circuits) confirms our predictions of performance metrics that are fully equivalent to those of the present art.”

Dr. Neil Na, Chief Scientist and CTO of Artilux, also addressed, “This unique system platform is a dream come true for many scientists and engineers, because the analyzed photonic integrated circuits combined with novel single-photon detectors can be used for room-temperature photonic quantum computing, which is significant in accelerating the R&D needed to enter the era of universal quantum computing.”

This groundbreaking collaboration between Artilux and Dr. Soref marks the first sign that RT GeSi SPADs may compete with cryogenic NbN SNSPDs in many quantum information processing applications, including quantum computation, quantum communication, quantum sensing, and quantum imaging. As the demand for quantum technology grows, this innovative approach has the potential to accelerate widespread adoption, bringing the future of RT quantum computing closer to reality. Artilux is poised to be a critical member here by continuing to push the boundaries of photonics technology, driving innovation that will shape the next generation of computing and beyond.

For more information about the paper published and featured by APL Quantum, please visit: https://pubs.aip.org/aip/apq/article/1/3/036123/3312943/Room-temperature-photonic-quantum-computing-in?searchresult=1For more information about the paper reported by Scilight, please visit: https://pubs.aip.org/aip/sci/article/2024/38/381104/3312983/Design-of-germanium-silicon-diode-points-to-roomFor more information about Artilux, please visit www.artiluxtech.com.

【About Artilux】

Since 2014, Artilux is renowned for standing at the forefront of global innovation in germanium-silicon (GeSi) photonics technology. Building upon a proven record of excellence in silicon photonics that meets the ever-growing demand in high-data throughput and low-power consumption, our dedicated team relentlessly pushes technology boundaries to further deliver fundamental science breakthroughs to expand applications from optical communications for consumer-electronics market to optical sensing, imaging, and computing. As a trailblazer in CMOS-based short-wave infrared (SWIR) photon detection technology, we provide comprehensive and cross-disciplinary solutions that drive client growth in digital health, consumer electronics, industrial, autonomous driving, mixed reality, quantum computing, and more, empowering a brighter photonics ecosystem of tomorrow. Our vision is to continually refine and lead the global evolution of photonics technology, transforming this cutting-edge technology into enriched life experiences, and enlightening the path from information to intelligence. For more information, visit www.artiluxtech.com.

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SOURCE Artilux; www.artiluxtech.com

Technology

Bybit Renews P2P Super Deal with Up to 99% Savings for New Users

Published

47 minutes ago

November 3, 2026

DUBAI, UAE, Nov. 3, 2026 /PRNewswire/ — Bybit, the New Financial Platform trusted by more than 80 million users worldwide, has launched the latest round of its Bybit P2P Super Deal, a new-user exclusive promotion offering guaranteed coupons worth up to 99 USDT and savings of up to 99% on eligible P2P orders.

From now to March 30, 2027, P2P Super Deal continues Bybit’s long-running tradition of rewarding newcomers with meaningful incentives as they begin their crypto journey on the platform’s popular peer-to-peer marketplace.

Eligible new users may complete a first-time deposit or trade of just 10 USDT via Bybit P2P to unlock a guaranteed coupon valued between 10 and 99 USDT, which can be applied to the next eligible P2P order for savings of up to 99%.

How It Works

Signing up and verifications: New users must create a Bybit account and complete the necessary identity verification and visit P2P Super Deal to confirm eligibility.First deposit starting at 10 USDT: Participants can locate the “P2P Super Deal” task on the Bybit P2P Trading page and complete an initial deposit.Lucky draw chance: Upon completing the deposit task, a spin of the lucky draw wheel offers a chance to win a coupon valued at up to 99 USDT.Applying the coupon: The coupon can be applied to the next P2P order, reducing the fiat amount paid and delivering savings of up to 99%.

The latest Bybit P2P Super Deal presents a bonus opportunity. For participants who complete an eligible trading or deposit task at 100 USDT or more, an additional spin is available for them to unlock more chances to win higher-value rewards.

Bybit offers year-round benefits for the trading community across its products and services. Bybit P2P combines zero trading fees, support for a wide range of fiat currencies, and an enterprise-grade escrow system, making it an intuitive and powerful platform for both new and experienced traders.

More details on event mechanics, eligibility, and terms and conditions are available at: Learn more about the P2P Super Deal

#Bybit / #NewFinancialPlatform

About Bybit

Bybit is The New Financial Platform.

We believe every person should have access to every financial opportunity on earth. That’s why we’re building the first intelligent platform that connects anyone, anywhere to the world’s finance.

Trusted by more than 80 million users worldwide, Bybit brings together investing, trading, payments, and wealth-building in a single secure and intelligent ecosystem. Through the combination of AI-powered technology, deep global liquidity, robust security, and transparent operations, Bybit makes global finance more accessible, efficient, and empowering for everyone.

Built for everyone. Powered by intelligence. Open to the world.

Learn more at Bybit.com.
For more details about Bybit, please visit Bybit Press
For media inquiries, please contact: media@bybit.com
For updates, please follow: Bybit’s Communities and Social Media

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Technology

Asset manager margins squeezed as infrastructure bill climbs, PwC finds

Published

47 minutes ago

November 3, 2026

Infrastructure moves up the strategic agenda as asset managers confront margin pressure

LUXEMBOURG, Nov. 3, 2026 /PRNewswire/ — Infrastructure is moving from the back office to the centre of asset managers’ strategy. With profit per AuM down 19% since 2018 and projected to fall another 9.1% by 2030, decisions on what to build, buy or access through partners now shape how firms compete, according to PwC’s Global Asset Management Infrastructure: Rethinking the industry’s piping report. 67% say fee compression is limiting their ability to invest.

Spending is also tied to the past: only 23% of asset managers direct most of their technology budget to new capabilities, while 29% spend more than 70% of it maintaining legacy systems.

Surveying 150 asset managers and 50 infrastructure providers, the report finds AI is sharpening these constraints. Some 24% cite data fragmentation and 17% legacy systems as major barriers to scaling AI.

Roland Kastoun, Global Asset and Wealth Management Advisory Leader, PwC, notes: “The industry’s profits per dollar managed have fallen by almost a fifth, and the bill for the pipes keeps rising. The managers who survive the next five years won’t be the ones with the flashiest AI, but rather the ones who fixed the so-called boring stuff first.”

Market data is seen as poor value for money, with 58% ranking it among the most expensive infrastructure layers relative to the value delivered, ahead of regulatory reporting systems (47%) and core technology platforms (46%).

Meanwhile, some 70% of infrastructure providers expect a larger share of industry revenues, while 68% name hyperscale cloud providers as the main emerging threat.

“Seven in ten infrastructure providers expect to take a bigger slice of the pie, which tells you where the power in this industry is quietly shifting,” said Björn Ebert, Financial Services Leader, PwC Luxembourg.

Some 44% favour hybrid sourcing models combining in-house, bought and partnered capabilities, compared with 21% who prefer to buy, 18% to partner and 13% to build in-house.

The report identifies four emerging infrastructure archetypes, namely infrastructure orchestrators, digital and tokenisation platforms, specialist modular providers and integrated asset managers. No single model fits every firm. Each must decide what to own, what to standardise and where a specialist can do the job better. Those who decide early will be better placed to protect margins through 2030.

Media Contact
Penta Group, pwc@pentagroup.com

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Technology

Temu Partners with Latvian IT Cluster to Help Local Businesses Grow Online

Published

47 minutes ago

November 3, 2026

RIGA, Latvia, Nov. 3, 2026 /PRNewswire/ — Temu has signed a memorandum of understanding (MoU) with the Latvian IT Cluster (Latvijas IT klasteris) to support Latvia’s digital business ecosystem, providing local small and medium-sized enterprises (SMEs) with broader access to digital tools, knowledge, and international e-commerce opportunities.

Under the MoU, Temu will collaborate with the Latvian IT Cluster on its programs and activities, host educational webinars and exchange insights with local industry experts. The collaboration brings together Temu’s experience as an international marketplace operator and Latvian IT Cluster’s work helping businesses across sectors adopt digital tools.

Temu and Latvian IT Cluster hosted “The Path to Growth: Navigating E-commerce for European SMEs” on Oct. 20, drawing participants from local businesses across various industries. The webinar covered Temu’s Local Seller Program, logistics and regulatory requirements, and included a Q&A with Temu representatives.

“We are delighted to welcome Temu as a member of the Latvian IT Cluster. The involvement of internationally recognized companies in our ecosystem creates new opportunities for Latvian businesses to gain valuable knowledge, build connections, and strengthen their competitiveness,” said Aiga Irmeja, Chair of the Board at Latvian IT Cluster. “We are pleased that our partnership has already resulted in joint activities exploring e-commerce opportunities in Europe, and we hope this is just the first step towards further joint initiatives that will support the presence of Latvian businesses in the digital economy and international markets.”

The focus on practical guidance and direct dialogue responds to the challenges of complexity and connection, two of the key barriers to growth identified in Temu’s recent Small Business Insights Report, which was informed by meetings and discussions with over 100 European trade organizations.

“We want more small businesses in Latvia to benefit from the opportunities that e-commerce creates,” said a Temu spokesperson. “Working with Latvian IT Cluster brings us closer to local entrepreneurs, helping us understand their needs and support their ambitions to reach new customers and grow across Europe.”

Temu opened its Local Seller Program to businesses in Latvia in October 2025. In March 2026, it signed a logistics MoU with national postal operator Latvijas Pasts to support delivery and returns for local sellers.

About Temu

Temu is a global e-commerce platform connecting consumers with millions of manufacturers, brands and business partners. Operating in more than 90 markets worldwide, Temu is committed to providing affordable, high-quality products that enable customers to live better lives.

About Latvian IT Cluster

Latvian IT Cluster is an ICT association with around 100 members and 20 years of experience in advancing Latvia’s digital ecosystem. Through national and international initiatives, including the European Digital Innovation Hub, Digital Europe, Team Latvia and AI Studio, the association fosters innovation, digital transformation, knowledge sharing and cross-sector collaboration.

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