inspiriences

Scientists at the University of Cambridge have developed a next-generation 2D quantum sensor that detects vectorial magnetic fields with unprecedented accuracy. By leveraging atomic spin defects in hexagonal boron nitride (hBN), this innovation surpasses traditional diamond-based quantum sensors, offering multi-axis detection and enhanced sensitivity at the nanoscale. How Hexagonal Boron Nitride Transforms Quantum Sensing Hexagonal boron nitride, a two-dimensional material similar to graphene, possesses unique quantum properties that make it ideal for sensing applications. Unlike conventional quantum sensors relying on nitrogen vacancy centers in diamond, hBN-based sensors provide multi-axis magnetic field detection, enabling researchers to measure directional variations with superior precision. Atomic-scale defects within hBN absorb and emit visible light in response to local magnetic conditions, allowing real-time monitoring of quantum interactions. Advancements in Nanosc...

The growth of artificial intelligence (AI) in our lives is officially unprecedented, according to the woman dubbed the "Queen of the Internet". Mary Meeker, a venture capitalist known for her internet trend insights, released a 340-page report titled 'Trends - Artificial Intelligence,' where copious research and charts show what she characterises as the “unprecedented” pace of change in which AI is being invested in, developed, adopted, and used. Meeker ran capital firm Kleiner Perkins’ growth practice during the 2010s, where she invested in future tech giants like Facebook, Spotify, and Canva. Related 'Godfather' of AI Yoshua Bengio launches non-profit to make AI safer and more trustworthy A profile in Forbes credits her with predicting the rise of Apple, Google, and the digital economy with her previous trend reports. “To say the world is changing at unprecedented rates is an understatement,...

Physicists at MIT have observed a new form of magnesium that could pave the way for faster, more efficient spintronic memory devices. This breakthrough, termed p-wave magnetism, combines properties of both ferromagnetism and antiferromagnetism, offering a novel approach to data storage and electronic applications. Understanding P-Wave Magnetism Traditional ferromagnets, like fridge magnets, exhibit uniform spin alignment, generating a stable magnetic field. Antiferromagnets, on the other hand, have alternating spin orientations that cancel out, preventing macroscopic magnetization. The newly discovered p-wave magnetism in nickel iodide (NiI ₂ ) presents a unique spiral spin configuration, where electrons form mirror-image patterns within the material. Spin Switching and Its Potential Application One of the most exciting aspects of p-wave magnetism is its ability to enable spin switching. Researchers found that applying a small electric field could flip the spiral...

ENABLE is a platform dedicated to accelerating battery storage deployment across the Asia-Pacific region by pooling and concentrating human and financial resources to fast-track BESS projects, together with other similar-minded development partners. The grant, to be administered by the ADB , consists of $500,000 in financing from the Smart Energy Innovation Fund under the Clean Energy Financing Partnership Facility and $250,000 from GEAPP. “ENABLE addresses key barriers by providing technical expertise, project development support, and innovative financing solutions that will help countries integrate more renewable energy into their grids,” said Cindy Cisneros-Tiangco, ADB's director of Emerging Areas, Energy Sector Office. "With energy demand growing rapidly across the region, battery storage represents a critical technology for ensuring stable, reliable, and clean power systems.” The need is urgent in Asia-Pacific, where renewable energy is expanding rapidly. ...

As China joins the international drive to mass produce high-performance photonic chips, an industry pioneer said the technical performance of its chips will position the country for major advances in artificial intelligence (AI), 6G and quantum computing . Shanghai Jiao Tong University Chip Hub for Integrated Photonics Xplore (CHIPX) announced on June 5 that it had begun producing 6-inch (15.2cm) wafers for thin-film lithium niobate (TFLN) photonic chips, which rely on light – or photons – rather than electrical signals for information transmission and processing. While this is China’s first pilot production line for photonic chips, Europe and the US are already established in the field. Dutch company SMART Photonics last year upgraded its line to process 4-inch InP wafers, and California-based PsiQuantum revealed in February that it was adapting a 300mm silicon photonics line. Do you have questions about the biggest topics and trends from around the world? Get...

Physicists at ETH Zurich have developed an ultra-thin lens capable of converting infrared light into visible wavelengths. This breakthrough, achieved using lithium niobate metasurfaces, could revolutionize imaging technology by enabling compact, high-performance optical devices. How Metalenses Work Traditional lenses rely on curved glass to bend light toward a focal point, but metalenses use nanoscale structures to manipulate light at the sub-wavelength level. These structures. known as metasurfaces, allow for precise control over light direction and wavelength conversion, making them significantly thinner and more efficient than conventional lenses. The Role of Lithium Niobate in Infrared Conversion Lithium niobate is a well-known material in telecommunications due to its nonlinear optical properties. Researchers at ETH Zurich have successfully engineered lithium niobate metalenses that halve the wavelength of incoming infrared light, transforming it into visible light...

Decision No.1144/QD-BKHCN aims to enhance national competitiveness, boost digital transformation, innovation and develop advanced technologies. It also hopes to create a solid foundation for the country's sustainable development in the context of international integration. Photo: Le Toan This is considered a key step of the ministry in its efforts to realise Resolution 57-NQ/TW of the Politburo on breakthroughs in science, technology, innovation and national digital transformation in the digital age. The selected major issues focus on many important areas such as application of AI, Internet of Things (IoT), biotechnology and blockchain. In particular, they also include those on building a national biological data platform integrating AI, developing digital platforms and smart sensors for sustainable aquaculture, and researching and manufacturing advanced 5G equipment and 6G equipment. The others focus on researching, manufacturing low-altitude satellites; ...

NICE, France , June 10, 2025 /PRNewswire/ -- Today, His Majesty King Abdullah II ibn Al Hussein announced a new partnership with blue technology company Voyacy Regen, cofounded by Philippe and Ashlan Cousteau, to build a new ocean technology accelerator and innovation hub in Aqaba, Jordan. Under the Aqaba Marine Park (AMP) initiative, this groundbreaking project will focus on regenerating coral reefs and critical coastal marine infrastructure at scale to create a climate-resilient world where people and the ocean can thrive. "Today's announcement marks a pivotal step forward in our effort to embed sustainable practices and climate actions as an integral part of Jordan's economic growth, while establishing safeguards that will protect the kingdom's environment and natural resources for future generations," said Hussein Al-Safadi, CEO of Aqaba Development Corporation (ADC). "The Aqaba Marine Park will play a vital role in regenerating coral re...

KMS Technology signed the Vietnam Panel Pledge on June 5 in Ho Chi Minh City The Vietnam Panel Pledge is supported by nearly 50 organisations, aiming to drive inclusive representation in the workplace and at professional events. This milestone strengthens KMS's commitment to building a workplace where individuals from all backgrounds can thrive and contribute meaningfully. According to Du Nguyen, managing director of KMS Technology, joining the Vietnam Panel Pledge reaffirms the company's dedication to DEI. "We believe that a workforce enriched by diverse perspectives and experiences drives innovation, resilience, and sustainable long-term success. By nurturing an inclusive culture, we not only empower our people and better serve our clients, but also lay the groundwork for continued growth in an increasingly diverse global market," said Nguyen. With this signing, KMS lays a strong foundation to broaden its DEI advocacy, extend its impact bey...

As electronics shrink , they require smaller components—including for energy storage. Batteries store a lot of energy but deliver power more slowly, whereas supercapacitors can rapidly charge and discharge but don’t hold much energy. This is the case not only for larger bulk batteries and supercapacitors, but also at much smaller scales, with both micro-batteries and micro-supercapacitors having the same limitations as their bigger counterparts. Now researchers from University College London (UCL) have developed a hybrid energy storage option that offers a better balance between storage capacity and discharge rates . The component, c alled a zinc-ion micro-capacitor (ZIMC), could one day find its way into compact devices, such as wearables, medical implants, and IoT devices. “It wasn’t our aim to outperform micro-batteries and micro-supercapacitors in every way,” says Buddha Deka Boruah, a lecturer in energy storage at UCL, “but to create a middle-ground dev...

A new AI model is measuring weed growth with 95% accuracy, improving global food security by expediting the development of safer herbicides . The technology eliminates the need for slow, manual assessments of how well weed-killing chemicals work, Loughborough University reported. This innovation comes at an important time for farming worldwide. Weeds compete with crops for resources such as moisture and nutrients, threatening food production . At the same time, herbicides face two challenges: Weeds become resistant, and evidence suggests chemicals pose environmental and health risks . The artificial intelligence system is the result of a partnership between university computer scientists and the agricultural biotech firm Moa, an Oxford University spin-out. Their model analyzes images of treated and untreated weeds, then categorizes herbicide effectiveness as active, moderate, or inactive, work that previously required human experts....

An advanced materials company in the United States has announced a cutting-edge development that may change the way batteries are made in the country. Founded in 2015, Lyten has become one of the leading companies in lithium-sulfur battery technology . In an April news release , the company revealed that it had helped secure its battery supply chain by manufacturing its own battery grade lithium-metal alloys and foils in the U.S. According to Lyten, the development "eliminates the need for foreign-sourced critical minerals, making it a locally sourced, locally manufactured, tariff-free alternative to lithium-ion batteries." Lithium-sulfur batteries have shown the potential to offer higher energy density and lower production costs compared to traditional lithium-ion batteries, which are considered the most popular battery in the world. Since the Trump administration announced a wave of tariffs that are impacting numer...

Scientists in China have announced the creation of pure-red perovskite light-emitting diodes (PeLEDs) that are the brightest and most efficient ever made. The breakthrough, achieved by a team at the University of Science and Technology of China (USTC), solves a critical flaw that has previously limited the performance of these highly promising materials. The research team has successfully engineered PeLEDs that hit a peak external quantum efficiency of 24.2% and a stunning maximum brightness of 24,600 candelas per square meter (cd m −2 ). Pure-red PeLEDs are considered crucial for the development of next-generation vivid displays and energy-efficient lighting solutions. However, a fundamental trade-off between efficiency and brightness has long hampered their progress. This was due to “carrier leakage” in commonly used 3D mixed-halide perovskite materials like CsPbI 3−x ​Br x ​, where electrical charges would escape before they could be conver...

An innovative demonstration plant dedicated to continuous carbon mineralization is now up and running in the Netherlands. Paebbl , a carbon utilization company, built the groundbreaking demo plant in Rotterdam and launched it in March. The Carbon Herald called the facility "a major leap forward in scaling sustainable construction materials." Carbon mineralization is a process that stores CO2 as a solid mineral through a chemical reaction, according to the United States Geological Survey . It also prevents carbon from escaping back into the atmosphere. Per the Carbon Herald , the new demo plant uses a mineral called olivine to absorb CO2 into supplementary cementitious materials. The continuous process offers a low-carbon alternative to traditional cement while still meeting the similar demands of large-scale construction. Cement production is responsible for around 8% of global carbon pollution, per CBS News . If the ...

Walmart customers in Owens Cross Roads will notice something new when they pull into the pickup zone. Earlier today, the retailer opened a newly expanded and unique pickup area , one built using cutting-edge 3D printing technology. While the online order and pickup process at Walmart remains familiar to shoppers locally and nationwide, the new pickup center at this location stands out due to its modern construction methods. "We’re able to build what I call the iPhone of construction, where we built a building in seven days, which nobody had ever done before," said Patrick Callahan, CEO of Alquist 3D, the company behind the innovative project. The 5,000-square-foot structure is made up of 16-foot walls of 3D-printed concrete, a method that officials say addresses two major challenges in the construction industry: cost and time. "We set about a 15% savings over traditional construction, as well as cut three weeks off the schedule," explained Dari...

Scientists have broken through a battery world record and could be on their way to entirely new kinds of batteries . The breakthrough could finally allow for the production and widespread use of solid-state batteries. The technology is seen as a key technology of the future – since they have more capacity than existing lithium-ion batteries, which are also flammable – and could one day be used to power electric cars and other technologies. But solid-state batteries yet to receive widespread adoption and production because of a range of difficulties with manufacturing and using the batteries. Now researchers say that a new material could help solve some of those problems and could be a move towards actually introducing the batteries. The researchers built a new material out of lithium that is 30 per cent faster than all previously known substances. The material – made of lithium, antimony and scandium – not only set the record but could lead to the development of o...

A novel robotic device that enables patients to obtain emergency medications when nearby drugstores are shut down has been praised as revolutionary. The REMEDY machine, touted as the first of its type in Europe, will undergo trials in Dolgellau, Gwynedd, where residents often have to travel 50 miles (80 kilometers) to reach pharmacies that operate late at night or on weekends. People who contact NHS 111 out-of-hours and require medication urgently will be given the option of collecting their prescriptions from the machine, which is positioned outside Dolgellau Hospital. "This represents groundbreaking technology; employing it for this purpose has never before occurred in Europe. It’s truly at the forefront of global innovation," stated Dr Rebecca Payne, who participated as a general practitioner in the trial. Dr. Payne collaborated with Prof Dyfrig Hughes from Bangor University to lead the development of the trial. "[The device] is designed to dispense...

The Niger Delta Development Commission has disclosed major initiatives aimed at enhancing science and technology education by providing crucial skills to young females for the contemporary era. This program seeks to close the gender gap in STEM fields and promote innovation within the Niger Delta area. At the conclusion of the Girl Child STEM competition in Port Harcourt, Dr. Samuel Ogbuku, the Managing Director of NDDC—who was represented by Dr. Awele Chukwudifu, the Director of Education—expressed his continued dedication to investing in human resources during the event’s final ceremonies. This STEM contest has significantly benefited young girls by providing them with crucial technological skills needed for the future," she stated, commending the NDDC Board and Management for their commitment to enhancing education. Prof. Continue Eletu, speaking on behalf of the Director of the Rivers State Office, highlighted that this initiative is in line with t...

It isn’t an everyday occurrence for Pakistan to be at the forefront of a major international scientific achievement. However, by joining China’s space station training program as its first international partner, Pakistan has achieved exactly that—marking a significant step forward in the field of space exploration. This move underscores the strengthening relationship between Islamabad and Beijing and represents a crucial advancement for Pakistan in space science and technology. The symbolism present holds as much weight as the core content. During a time when geopolitical strains frequently overshadow collaboration, Pakistan’s participation in such a forward-thinking project underscores China’s confidence and the deepening strategic partnership between these countries. Most crucially, this provides Pakistan entry into an area where it has historically been behind due to insufficient funding, foresight, and determination rather than capability. If taken up with dedicati...

The Federation of Thai Industries (FTI), under the leadership of Chairman Mr. Kriengkrai Thiennukul, has entered into an agreement through a Memorandum of Understanding (MoU) with Mahidol University, headed by Professor Dr. Piyamitr Sritara, MD, FRCP, who serves as the university’s president. This collaboration aims to initiate the ‘Innovation Project for Developing Smart Agricultural Techniques Through Prototypes’ designed for education and fostering advanced agricultural practices. Mr. Kriengkrai states that the FTI acknowledges the vital significance of progressing Thailand’s agricultural industry. Given the nation's extensive biodiversity and plentiful natural assets, significant opportunities exist for generating economic wealth via technological advancements. The SAI initiative seeks to improve each phase of the agricultural supply chain—from farming practices and transportation to manufacturing and sales—by utilizing contemporary technologies. Through this p...