Research in Haiti highlights the need for longer-term approaches to rebuilding, focusing on local community empowerment and trust development. Locally-based social entrepreneurs like Steve and Gabi have successfully mobilized villagers to build new schools, toilet centers, and farmers' cooperatives.
Researchers at Aalto University developed a new method to assess the impact of moving Arctic ice on physical structures. The technique uses numerical experiments to simulate the effects of micro-level changes in ice loads, revealing that thickness is the most important factor in determining the wear and tear of ice on structures.
Researchers at Aalto University have discovered a surprising phenomenon where heavy particles move towards the regions with more vibrations, or antinodes, dubbed "inverse Chladni patterns", allowing for predictable motion control and potential applications in pharmaceutical research and microsystem assembly.
A new study by Aalto University finds EU policies define entrepreneurship in three distinct ways: economic beneficiaries, pro-social contributors, and opportunistic operators. This ambiguity may hinder businesses and governments from tackling global sustainability issues.
Researchers used brain scans to explore unconscious biases in movie watchers, finding that the brain is naturally biased towards people who are like us, but also against those who are different. The study suggests that our brains can be influenced by learned knowledge and external factors, changing how we perceive others.
Researchers at Aalto University studied how listeners immerse themselves in audiobooks using fMRI and word lists. The study found that similar words in a list predicted similarities in brain activity, particularly in language processing and visual cortex areas.
A new study from Aalto University proposes that sisu, a universal human strength, can help individuals surpass preconceived limitations through stored-up energy reserves. However, excessive sisu can lead to burnout and an attitude of mercilessness, emphasizing the need for balance and self-awareness.
The contact angle method, used for over two centuries, is being called into question due to its dependence on camera accuracy and subjective decisions. Newer methods that measure adhesion or friction forces are proposed as a solution, offering lower errors and more relevant physical terms.
Researchers at Aalto University have successfully controlled energy losses and shifts in a high-quality superconducting resonator, allowing for increased dissipation rate on demand. This breakthrough has significant implications for the development of larger-scale quantum computers and innovative quantum technological devices.
Researchers developed AutoDet method for real-time surface contamination detection using AI and hyperspectral imaging. This enables targeted cleaning, reducing unnecessary disinfectant use and promoting sustainable cleaning practices.
Researchers at Aalto University used brain scanning to study how people reconstruct facts from clues, revealing the brain's ability to activate a range of properties associated with a concept. The method has potential applications in detecting memory disorders and understanding individual differences in perception.
Aalto University scientists have developed a new method to read information from qubits, the basic building blocks of a quantum computer. By applying two microwave pulses instead of one, they were able to complete the readout in 300 nanoseconds, faster than previously possible.
Scientists have developed new metasurfaces that can manipulate reflected light and sound waves with high efficiency. These artificial structures use periodic arrangements of meta-atoms to engineer the direction of reflected waves, breaking classical laws of reflection.
Researchers at Aalto University have successfully controlled quantum phenomena in a custom-designed electrical circuit called a transmon. They were able to make the transmon jump multiple energy levels in one go, achieving speeds close to the theoretically calculated quantum speed limit.
A team of international researchers has developed a nanosized amplifier to boost light signals in microchips, significantly reducing signal attenuation. The breakthrough utilizes atomic layer deposition method and could lead to increased performance and energy efficiency in microcircuit systems.
Researchers at Aalto University developed an AI called ARTIST that instantly determines molecular reactions to light, accelerating the development of new technologies such as wearable electronics and flexible solar panels. This approach has the potential to slash research and development costs.
A new technique using micropipette force sensors measures the tiny forces exerted by living cells and microorganisms with high precision. The method allows for testing the reaction of cells to environmental factors and has potential applications in biomedicine, such as identifying drugs for infectious diseases.
Researchers have documented 'walls bound by strings' in superfluid helium-3 for the first time, potentially helping explain how the universe cooled down after the Big Bang. The findings may also provide a model for topological quantum computing.
Aalto University scientists develop gradient metasurfaces that can appear 'bright' at one direction and 'dark' for the opposite direction, breaking conventional symmetric responses of mirrors. This innovation uses evanescent fields engineering to engineer contrast ratios in angle spectrum.
Holistic thinkers exhibited similar brain activity when watching a dramatic film, whereas analytical thinkers showed distinct responses. The study suggests that holistic thinkers perceive the world in a more integrated way, processing moral issues and factual connections similarly with each other.
Researchers at Aalto University developed a new computational model to identify and classify atomic environments on customised carbon surfaces. This knowledge will enable the creation of tailored surfaces for biomedical applications, including real-time monitoring of patient blood levels.
The Water Scarcity Atlas provides an interactive map visualizing water scarcity around the globe, highlighting its evolution over the past century. The tool enables users to explore how their daily choices, such as diet and food waste, affect water resources worldwide.
The Quantum Flagship program will consolidate Europe's best quantum physics research and transfer technology to the market. Aalto University is involved in three projects: QMiCS, macQsimal, and S2QUIP, focusing on quantum communication, ultra-sensitive magnetic sensors, and photon-emitting quantum chips.
Researchers developed an AI model that can generate context-specific fake restaurant reviews, but also created a classifier to spot the fakes. The study aimed to help consumers trust online reviews and make informed purchasing decisions.
A new study by Aalto University reveals that state-of-the-art hate speech detectors can be easily duped by humans, even with intentional typos and modifications. The researchers recommend improving data sets used to train machine learning models rather than refining model design.
Researchers at Aalto University developed a method to control the fabrication of carbon nanotube thin films, producing colored thin films for various applications. The breakthrough uses aerosols of metal and carbon, with small doses of carbon dioxide tuning the growth of nanotubes.
Researchers from Aalto University and the University of Helsinki discovered over ten computer security-critical applications, including password managers, are susceptible to insider attacks. These vulnerabilities arise from inadequate protection of internal communication channels, allowing malicious processes to access sensitive data.
A team of researchers at Aalto University demonstrates nanoscale all-optical logic circuits, providing a vital step towards true optical computing. The study enables simple addition and subtraction operations using light, similar to a pocket calculator.
Researchers propose a new method to 'lazy grounding,' focusing on crucial tasks and ignoring irrelevant ones, to overcome memory limitations in solving complex problems. This approach enables faster solution-finding while maintaining accuracy.
Aalto University researchers study deregulation of Finnish and Swedish markets, finding asymmetric regulation creates unfair advantages. Companies must adapt to new technologies or risk losing market position in a highly competitive environment.
A group of researchers from Aalto University and Sun Yat-sen University present a rigorous methodology for measuring wetting, proposing a universal procedure for the research community. This approach allows comparison between research groups to promote the development of new wetting materials.
A team from Aalto University creates a miniature 'heat valve' in a quantum system, enabling the controlled exchange of energy with external surroundings. This breakthrough aims to improve the efficiency of quantum heat engines and refrigerators.
Researchers at Aalto University discovered that regulating lignin particle surface charge enables enzymes to adhere and multiply in efficiency. The breakthrough paves the way for using lignin as a sustainable material in industries.
Researchers at Aalto University have developed an amorphous material exhibiting topological superconductivity, which could lead to the creation of lossless components for quantum computers. This discovery brings the field closer to application and potentially makes fabrication more convenient compared to current methods.
Researchers developed a gentle buffer exchange method to remove free ions, enabling DNA origami stability at low-magnesium levels. This breakthrough paves the way for various biomedical uses, including drug and enzyme delivery.
Aalto University researchers found Nokia's radical strategic renewal was fueled by a culture shift led by the new board, which increased trust and encouraged data-driven decision-making. By presenting multiple options, top managers became less emotionally attached to their initial strategies.
Researchers at Aalto University have created a time quasicrystal that demonstrates the self-sustaining oscillation and coherency of time crystals. This breakthrough could pave the way for real-world applications in quantum information processing devices.
Scientists have successfully created a fast, tunable, and stable nanoparticle-array laser, enabling ultrafast lasing dynamics with short and rapidly appearing laser pulses. The study showcases promising potential for all-optical switching and sensing applications.
Researchers at Aalto University have successfully generated and detected entanglement in massive mechanical oscillators, opening doors for new quantum technologies. The achievement uses a theoretical innovation developed by Dr. Matt Woolley and Prof. Aashish Clerk to stabilize exotic quantum states.
A recent study of 2.7 billion tweets confirms Twitter's echo chambers are real, with partisan users dominating networks and content endorsement. Bipartisan users who bridge the gap between opposing sides face a price in network position, community connections, and content endorsement.
A team of researchers has developed a new method for modeling the formation of diamond-like carbon at the atomic level, which challenges the prevailing understanding of the process. The approach uses machine learning to simulate thousands of atoms over long periods, revealing a more accurate picture of how the material forms.
Aalto University researchers have successfully created a new Bose-Einstein condensate that doesn't require cooling to near absolute zero. The condensate is made up of light and electrons in motion in gold nanorods, allowing for faster information processing and potentially enabling the creation of extremely small and fast light sources.
Researchers found that fast typists use a combination of techniques, such as rollover typing and parallel hand movement, to achieve high speeds. This approach allows for efficient keypresses and minimizes errors. The study provides insights into modern typing habits and suggests simple exercises to improve typing technique.
Researchers from Aalto University and international partners have imaged newly forming jets of plasma from a massive black hole with unprecedented accuracy. The study resolves the jet structure mere hundreds of black hole radii away from its launching site, revealing unprecedented details of the jet formation region.
Researchers at Aalto University found that El Niño and similar climate oscillations impact crop production worldwide, particularly in South Asia, Latin America, and Europe. The study highlights the potential of improved forecasting skills to improve agricultural resilience and food security.
A new process enables 3D biofabrication of hollow and complex objects with excellent fidelity, facilitating the development of sustainable materials and biomedical applications. The method uses superhydrophobic interfaces to engineer bacterial access to oxygen in three dimensions.
The researchers created a new method for changing the way buttons are activated, called Impact Activation, which was found to be 94% more precise in rapid tapping than regular activation methods. The technique can help gamers and musicians improve their speed and rhythm.
Researchers have successfully created a new quantum spin liquid, predicted by Paul W. Anderson in 1987, using a novel method developed at Aalto University. The achievement marks an important step towards understanding superconductors and building topological quantum computers with enhanced computational power.
A recent study found that hydropower in the Mekong River Basin has median greenhouse gas emissions of 26 kg CO2e/MWh, comparable to other renewable energy sources. However, nearly 20% of hydropower reservoirs have higher emissions than fossil fuels, and social and environmental impacts must be evaluated case-by-case.
Researchers at Amherst College and Aalto University have created a three-dimensional skyrmion in a quantum gas, exhibiting properties similar to ball lightning. The persistence of these knots could be key to keeping plasma intact in fusion reactors.