Et si la voiture redevenait un vrai lieu de vie ? Avec son concept-car ELO, Citroën propose une vision radicalement différente de la mobilité électrique, en s’éloignant des SUV pour renouer avec l’esprit des monospaces intelligents. Compact à l’extérieur mais étonnamment généreux à l’intérieur, ce véhicule électrique à six places a été conçu comme un espace modulable, capable de s’adapter aux temps de repos, de loisirs et de travail.Pour donner corps à cette idée, Citroën s’est associé à Decathlon, dont l’ADN fonctionnel et accessible irrigue tout le projet. Ensemble, ils signent un concept qui ne cherche pas à impressionner par la performance pure, mais par l’usage, la simplicité et l’ingéniosité. Un manifeste roulant qui esquisse le futur de la marque.

Les parfums dits « de niche » n’ont jamais été aussi populaires. Mais personne n’avait osé aller aussi loin que Lidl US. Pour les fêtes, l’enseigne a dévoilé un objet marketing aussi drôle qu’inattendu : un parfum baptisé « Eau de Croissant », présenté dans un flacon… en forme de croissant. Une parodie élégante des codes du luxe, où l’art de vivre à la française devient matière à humour. Pensé comme une fausse fragrance haut de gamme, le parfum adopte les codes des maisons prestigieuses : teasing sophistiqué et photos léchées. Sauf qu’ici, la star n’est pas une note boisée rare ou un accord floral complexe, mais l’odeur chaude et beurrée du croissant Lidl à 49 cents, soit environ 0,45 €.

Avec son nouveau navigateur "Disco", Google ne veut plus vous aider à chercher l'information. Il veut la digérer et construire l'application qui la remplace.

Le Consumer Electronics Show 2026, événement phare de l’innovation technologique, s’annonce incontournable en janvier prochain. Entre nouvelles tendances, produits inédits et annonces majeures, l’industrie mondiale de la tech se prépare à dévoiler ses avancées à Las Vegas.

The packaging is described as a food-grade film predominantly made from algae-based ingredients. It is designed to package and protect products like rice, pasta, ramen, oats, frozen vegetables, and pre-prepared outdoor meals. It can be washed in cold or warm water before use, ‘just like you’d wash a tomato’. Then it can be placed in boiling water, where the film dissolves ‘within a few minutes’ while the food cooks.

Objectives To determine whether parachutes are effective in preventing major trauma related to gravitational challenge.

Les prix des ordinateurs, ordinateurs portables et smartphones pourraient augmenter dès décembre, en raison d’une hausse spectaculaire du coût de la RAM et des SSD, qui aurait grimpé jusqu’à 500 % selon les dernières analyses du secteur.

The global telecommunications sector is missing the most critical corporate mutation of the decade. Analysts still track Huawei by its radio share, contract wins and losses, friction with regulators, and handset cycles. The entire Western debate remains obsessed with the tower, the antenna, and the base station. Meanwhile, the center of gravity inside Huawei has moved to a very different place. The real action is in the data center, not the radio site.

The term ‘disruptive innovation’ is attributed to Harvard professor of business Clayton Christiansen, who helped develop the concept in the 1990s. It’s based on the idea that established companies tend to focus their development on the top end of their markets, leaving a gap for newcomers to rethink the basic principles those companies were founded on, quickly progress and eventually overtake the originators. The result is a new way of doing things that makes previously high-end experiences accessible to the mass market. 

The ESP32-C3 SuperMini modules are incredibly affordable, costing around €2, and are equipped with a compact SMD antenna. However, this tiny antenna significantly limits the usable Wi-Fi range, due to its design. To address this issue with minimal effort, I implemented a simple antenna modification that drastically improved performance.

The European Commission is changing how cookie prompts work in Europe. You’ll soon be able to use browser preferences instead of per-site pop-ups.

While traditional lithography remains central to electronics manufacturing, it still produces defects that contribute to yield loss and material waste. Hummink’s printing tools are designed to complement lithography by detecting and correcting such defects at the micronic level, with the aim of increasing output, reducing scrap, and lowering environmental impact. Hummink’s initial integration focus is on next-generation OLED displays for smartphones and laptops, where up to 30 per cent of annual production is reportedly discarded due to microscopic defects, equating to an estimated €16 billion in losses and significant material waste. The company’s technology is designed to correct many of these defects, enabling manufacturers to recover output that would otherwise be scrapped.

The company is now under qualification with major display manufacturers in Asia whose factories discard large portions of production due to microscopic flaws. Early tests suggest Hummink’s solution could boost yields by around 10 percent.

La société a développé un procédé de micro-impression, le High-Precision Capillary Printing (HPCaP), qui fonctionne comme un stylo-plume à l’échelle micronique. Le système dépose des métaux ou matériaux fonctionnels avec une précision sub-5 microns pour réparer des circuits, ajuster des connexions ou corriger les défauts invisibles qui entraînent la mise au rebut de composants entiers. Ce positionnement répond à un besoin immédiat : les technologies de lithographie, même les plus avancées, génèrent des imperfections qui ne peuvent être traitées qu’après fabrication.

In podcast, experts break down universal appeal, research-backed benefits of a health trend that adds more than it takes awayDiet fads come and go. But at least according to research, it appears the Mediterranean diet is here to stay.

Think of advanced manufacturing and you think of precision engineering – sophisticated production lines that spit out advanced components with total accuracy. However, some technologies are now so complex and technical that even highly-skilled manufacturers are struggling with high defect rates that slow production and cost them big money.

Capital will support development of Hummink’s industrial printing module and prepare its integration inside semiconductor and display factories. The team also plans to double its workforce by 2026, expand global presence across Asia and the U.S., and boost production of proprietary conductive inks used in ultra-fine electronic repairs.

Traditional lithography remains the workhorse of electronics production, but even the best processes generate flaws that lead to yield losses and material waste. In comparison, Hummink’s printing tools act as surgical instruments at the micronic level, complementing lithography by identifying and correcting those flaws. The result is higher output, lower scrap rates, and reduced environmental impact across the industry.

As microelectronics underpin the rise of artificial intelligence and high-performance computing, the smallest manufacturing imperfections have become billion-euro problems. Each defect at the sub-micron scale can derail an entire batch of chips or displays.

HPCaP allows the printing of metals and functional materials at the sub-micron scale and supports real-time repair of defects during chip and display production. The company promotes the method as a way to address faults that can halt entire batches in microelectronics manufacturing.