Researchers emphasize the importance of regulating indoor pollutants to prevent diseases and reduce the risk of spreading pathogens. Effective ventilation solutions are crucial in improving indoor air quality, and governments must take action to enforce standards.
The researchers have developed a Na-ion battery containing organic materials that can charge quickly, store a large amount of energy, and last longer. They also improved the cathode material using design principles from previous studies, resulting in high-energy density and fast charging capabilities.
Natalia Chepiga's new design for quantum computers allows for more complex simulations and enables the creation of a 'steering wheel' to tune into interesting phenomena. This upgrade will facilitate breakthroughs in understanding nature and revolutionize society, with applications in finance, encryption, and data storage.
Researchers at Delft University of Technology have created a new technology that can identify individual full-length human proteins with great precision. This breakthrough technique uses FRET X to detect amino acids in patient samples, allowing for earlier disease diagnosis and more effective treatment.
Researchers develop deep learning models to solve inverse problems in metamaterial design, considering durability and manufacturing limitations. The AI tool discovers novel materials with extreme properties, enabling new applications in orthopaedic implants, soft robots, and more.
Researchers at TU Delft have discovered amorphous silicon carbide, a material with exceptional strength and scalability, making it suitable for ultra-sensitive microchip sensors. Its tensile strength of 10 GPa is unprecedented in materials science.
Researchers successfully controlled spin waves by using a superconducting electrode, which acts as a mirror to reflect the magnetic field back to the spin wave. This breakthrough offers an energy-efficient alternative to electronics and opens doors for designing new circuits based on spin waves and superconductors.
Researchers at Delft University of Technology have developed a DNA Origami nanoturbine that can rotate in both clockwise and anticlockwise directions depending on ion concentration. This unique feature has the potential to create nanomachines for delivering drugs into specific cells, offering numerous applications.
A study using computational modelling reveals that Neanderthals required advanced cognitive traits to produce birch bark tar, including understanding, information processing, and communication. The findings suggest that prehistoric tar making likely involved complex upscaling techniques and group collaboration.
Researchers from Delft University of Technology have developed a chessboard-like method to address quantum dots, enabling the operation of the largest gate-defined quantum dot system ever. This breakthrough has significant implications for scalable quantum systems and quantum computing.
Researchers found that most microbial pairs fail to coexist, challenging the long-held hypothesis that every pair of microbes must also coexist in a bigger community. This study highlights the need for new predictive tools to engineer successful microbial communities, essential for biotechnology applications.
Researchers at TU Delft and EPFL collaborated with ChatGPT to design a tomato-harvesting robot, showcasing the potential of AI in robotics. The study highlights the need for verification and validation of LLM output to prevent misinformation and bias.
A new imaging technique called SLI allows scientists to study densely packed nerve fibres in the brain with high precision. This breakthrough offers a more accessible, cheaper, and faster alternative to existing methods like SAXS and dMRI, enabling researchers to better understand brain function and dysfunction.
Researchers have visualized how DNA loops are formed through the interaction of cohesin, CTCF proteins, and DNA tension. The study reveals that DNA tension plays a crucial role in regulating the positioning of loops along the genome.
Physicists at Delft University of Technology have developed a new technology on a microchip combining optical trapping and frequency combs to measure distances with high precision in opaque materials. The technology uses sound vibrations instead of light, offering a simple and low-power solution for applications such as monitoring the ...
Scientists at QuTech and Eindhoven University of Technology have successfully created Majorana particles in short nanowires, which could be scaled up to form more resilient qubits. The researchers' new approach focuses on electrical control, allowing them to manipulate the device while at low temperatures.
Researchers developed a 3-in-1 microscope that combines light, electron and ion beams to precisely cut out specific slices from biological samples. This allows for more accurate biomolecular research into new medicines.
Researchers have created a more robust and accurate positioning system that surpasses GPS, particularly in urban settings. The new mobile network infrastructure achieved an accuracy of 10 centimeters, making it suitable for applications such as automated vehicles and quantum communication.
Researchers have discovered a new process that uses fuel to control non-living materials, similar to living cells. This breakthrough enables the creation of soft robots that can sense their environment and respond accordingly.
Scientists have developed a theory that allows flying insects and drones to estimate the gravity direction without accelerometers. The approach combines visual motion sensing with a motion model, enabling drones to predict their attitude and navigate in cluttered environments.
The CityAccessMap tool assesses urban infrastructure distribution and identifies areas for improvement, helping policymakers address socio-economic disparities. Disadvantaged communities face lower access to urban services, which can hinder social mobility and exacerbate inequalities.
The QuTech team engineered a record number of six silicon-based spin qubits in a fully interoperable array, achieving low error-rates through new chip design and methods. This advances scalable quantum computers based on silicon, contributing to the development of fault-tolerant quantum computing.
Researchers develop a quantum scale heat pump using photons, amplifying cold signals and cooling hot photons. This device enables closer measurement of hard-to-detect frequencies, including those used in dark matter hunts.
Researchers from TU Delft discovered a CRISPR-Cas system that cuts proteins instead of DNA, opening doors to sensing RNA molecules in pathogens. The cutting protein has an on-off switch that only activates when recognizing viral RNA, causing dormancy and preventing virus multiplication.
Cells can be both flexible and strong due to molecular bonds known as catch bonds. These bonds are weak but accumulate at damaged sites to strengthen networks. The discovery has implications for understanding diseases such as kidney failure and cancer.
Researchers have developed a new method to efficiently make nano carriers loaded with radioactive salts for both imaging and treatment, offering a promising alternative to chemotherapy. The radiolabelling method allows clinicians to assess whether patients can benefit from chemotherapeutic treatment with micelles.
Researchers from TU Delft constructed the smallest flow-driven motors in the world using DNA, converting energy into mechanical work. The achievement opens new perspectives for engineering active robotics at the nanoscale.
Delft University of Technology researchers successfully added human muscle genes to yeast cells, governed by a group of ten vital genes. The modified yeast model will aid medical scientists in studying diseases like cancer and testing new treatments.
Researchers from Delft University of Technology demonstrate that iterative modulation enhanced single-molecule localization microscopy has fundamental limitations, predicting a maximum improvement of five times compared to standard techniques. The study provides a method for informed choices and sheds light on the underlying science.
Researchers draw inspiration from insect intelligence to create more efficient and robust AI for small autonomous robots. Advances in biology and technology enable fine-grained investigations of insect brains, leading to faster energy efficiency and speed in sensing and neural processing.
By using the shape of colloids, researchers can create building blocks for new materials with interesting properties. The study's findings show that the density of the structure can be lower than expected, leading to the possibility of creating strong but lightweight materials.
Researchers at QuTech have demonstrated the first non-adjacent node-to-node teleportation of quantum information in a network, leveraging entangled states and quantum processors. This breakthrough enables future applications like secure data sharing and precise quantum sensors.
Scientists at Delft University of Technology have discovered one-way superconductivity using 2D quantum materials, enabling superconducting computing and reducing energy loss. This breakthrough could lead to faster electronics, greener IT systems, and significant energy savings.
A team of researchers from Delft University of Technology has captured the sound of a single bacterium using a graphene membrane. The graphene drum detected tiny oscillations caused by the bacteria's flagella, which can be converted into a 'soundtrack' and listened to. This technology has enormous implications for detecting antibiotic ...
Engineers from Intel and scientists from QuTech have successfully produced the first industrially manufactured qubit, leveraging industrial manufacturing facilities to overcome scalability hurdles. The achievement boasts high uniformity, few defects, and unprecedented device yield, paving the way for practical quantum computation.
Researchers Miao-Ping Chien and Daan Brinks have developed a method to detect aggressive cancer cells, which can help identify the genetic profile of individual cells and develop targeted medicines. This breakthrough has the potential to improve treatment outcomes for patients with cancer.
Researchers at QuTech have successfully implemented spin-based quantum processors in silicon with high-fidelity single- and two-qubit gates above 99.5%. This breakthrough amplifies the promise of semiconductor spin qubits as a leading platform for scalable and reliable quantum computing.
Researchers at QuTech have successfully integrated high-fidelity operations on encoded quantum data with a scalable scheme for repeated stabilization. They demonstrate that it is possible to compute as well as encode and stabilize qubits, a crucial step towards developing fault-tolerant quantum computers.
A recent study published in PNAS reveals that humans can instantly estimate slipperiness of a surface by detecting radial strain in the fingertip skin during initial contact. This innovation has significant implications for robotics and prosthetics design.
Research found that households in different cultures are motivated to adapt to climate change by factors such as self-efficacy and perceived costs. However, these drivers vary across countries, with previous flood experiences having little effect on adaptation intentions in some regions, but discouraging it in others.
Researchers at TU Delft developed a nanomechanical sensor that can function at room temperature using a spiderweb-inspired design. The breakthrough has large implications for studying gravity and dark matter, as well as quantum internet, navigation, and sensing.
Researchers develop a technique to scan and sequence single proteins, one amino acid at a time, using nanopore DNA sequencing technology. This breakthrough opens the way for single-molecule protein sequencing and cataloguing proteins inside a single cell.
Scientists have identified the molecular origins of recombination in RNA viruses, a process that can lead to the emergence of new variants. The study reveals a new class of antiviral drugs that target this mechanism, but warns of potential risks when used in large quantities.
Scientists demonstrate a new technique to generate magnetic waves in antiferromagnets, producing speeds much larger than the speed of sound. This discovery could lead to future electronic devices with reduced power consumption.
Researchers have developed a swarm of tiny drones that can autonomously detect and localize gas sources in complex indoor environments. The drones use bio-inspired navigation and search strategies, including the 'Sniffy Bug' algorithm, to find gas leaks quickly and efficiently.
A team of researchers has successfully controlled the magnetic state of two-dimensional van der Waals magnets using light, enabling efficient data storage and fast data processing. By inducing 'magnetic anisotropy' with ultrashort pulses of light, the scientists can manipulate the material's magnetic properties on demand.
Researchers at Delft University of Technology intercept a chat between two atoms, demonstrating perfect superposition and entangled quantum states. This breakthrough has significant implications for research on quantum bits and may lead to new experimental possibilities.
Researchers from Rijksmuseum Boerhaave Leiden and TU Delft used neutron tomography to examine a highly magnifying specimen without damaging it. The findings reveal that Van Leeuwenhoek's lenses were made using a common production method, contradicting long-held assumptions about his 'secret' technique.
Researchers from QuTech in the Netherlands have established the first multi-node quantum network, connecting three quantum processors and achieving proof-of-principle demonstration of key quantum network protocols. The breakthrough enables the creation of a scalable quantum network that can distribute quantum information over large dis...
Researchers from QuTech at Delft University of Technology successfully demonstrated the control and coupling of four-qubit gates in a two-dimensional array of germanium-based semiconductor qubits. This achievement marks an important step toward dense, extended, two-dimensional semiconductor qubit grids.