Researchers at Aalto University have discovered that emotional states trigger distinct bodily sensations, with consistent patterns across West European and East Asian cultures. The study found that awareness of these bodily changes can lead to conscious emotional sensations like happiness, highlighting the biological basis of emotions.
Researchers studied computer simulations and found distinct forms of events, which were later confirmed through experiments. The study's findings show that the shape of an avalanche holds more information than traditional indices.
A study by Aalto University found that global food availability has increased in recent decades, especially in regions like the Middle East and Latin America. However, food self-sufficiency remains low, with many countries relying heavily on imports to meet their food needs, putting pressure on natural resources.
Researchers developed a coating that reduces stress and bacterial adhesion, minimizing the risk of infection. The new coating combines hydroxyapatite and beta-tricalcium phosphate, improving cell proliferation and implant integration.
Researchers developed new thermoelectric materials with improved performance and reduced thermal conductivity, enabling more efficient conversion of waste heat into electricity. The study uses hybrid organic-inorganic compounds to achieve higher efficiency.
Researchers found that playing computer games enhances facial muscle reactions and brainwave synchronization between players, particularly in competitive situations. This effect can aid in anticipating opponents' actions and compensate for a faltering social bond while competing.
Aalto University has been selected to lead an international research centre of excellence in Arctic shipping and operations, supported by the Lloyd's Register Foundation. The centre will focus on risk management in Arctic operations over five years, with Aalto strengthening its research in Arctic technology.
Researchers at Aalto University found that current models for forecasting scientist's future contributions are unreliable and can grossly overestimate their predictability. The study analyzed 762 scientists from three disciplines and identified subtle flaws in current models, including false autocorrelation and varying predictive power...
Researchers at Aalto University found that people tend to communicate more frequently with individuals who are similar in age, gender, and mutual friends. The study used computational social science methods to analyze anonymized mobile phone call data, revealing patterns of communication that contradict earlier assumptions.
A study by Aalto University shows that improved customer satisfaction with a company increases ownership and share value among institutional investors. In uncertain markets, customer satisfaction is key to attracting investors, who prioritize long-term marketing competence over short-term profits.
Aalto University researchers have measured entropy production of electrons in a dual temperature system, revealing a connection between two definitions of entropy and significant implications for future nanoelectronic devices. The study used conductors at different temperatures to measure electronic entropy production according to both...
Scientists from Aalto University and Paris Tech have created a new model system for reversible switching between static and dynamic self-assembled structures. By using periodically oscillating magnetic fields, they demonstrated that droplet patterns can transform into more complex and dynamic ones.
Researchers at Aalto University and Utrecht University have successfully created single atom contacts between gold and graphene nanoribbons. This breakthrough demonstrates how to make electrical contacts with single chemical bonds to graphene nanoribbons, enabling the use of graphene nanostructures in future electronic devices.
Researchers from Aalto University and international partners achieved controlled chirality in carbon nanotubes, opening up new perspectives for structural control and fundamental understanding of nanotube growth. The new catalyst enabled selective growth of semiconducting SWNTs with exceptionally high population of (6,5) tubes.
Researchers at Aalto University have developed a new fatigue model that enables the creation of lighter structures, leading to more energy-efficient ships. The study's findings can be used to improve the design of various welded steel structures, predicting fatigue endurance more accurately and utilizing materials more efficiently.
A new study by Aalto University and Texas A&M University found that customers who engage with businesses on social media contribute 5.6% more revenue than those who don't. The research also identified key factors for success, including user-friendly sites, regular updates, and personalized messages.
By changing the speed of light in an array of superconducting quantum-interference devices (SQUID), researchers can extract microwave photons from the vacuum's quantum noise. This breakthrough could help solve the riddle of the universe's birth and develop powerful quantum computers.
Aalto University researchers have made a breakthrough in connecting a superconducting qubit with a micrometer-sized drum head, enabling the transfer of information between the two. This achievement opens up new possibilities for creating exotic mechanical quantum states, such as simultaneous vibration and non-vibration.
Researchers at Aalto University have demonstrated improved light absorption and surface passivation on highly absorbing silicon nanostructures using atomic layer coating. This breakthrough advances the development of high-efficiency solar cells, which can potentially increase efficiency to new levels.
Researchers from Aalto University have successfully combined virus particles, protein cages, and nanoparticles to create novel crystalline materials with tunable properties. These biohybrid superlattices exhibit enhanced optical, magnetic, electronic, and catalytic features.
A new study by Aalto University found that sustainable business innovations significantly increase a company's market value. Regular announcements of sustainability innovations result in an 0.82% increase in market capitalization.
The new method reduces phosphorus levels by over 80% and saves energy and waste, producing significant cost savings for municipal wastewater treatment plants. Simultaneous precipitation eliminates the need for additional chemical treatments.
Researchers have developed a solution to predict breast cancer cells' response to cancer drugs by analyzing their genomic profiles. The team's solution outperformed 47 other teams in a prediction challenge, taking an encouraging step forward for personalized medicine.
Researchers at Aalto University have developed a cost-effective and environmentally friendly process for producing lithium batteries. By replacing the hazardous methylpyrrolidone solvent with water, they reduced production costs by up to 5%.
Researchers at Aalto University developed a durable and affordable nanofibrillar cellulose film platform to support medical testing. The new film can be made hydrophobic, hydrophilic, and electrically charged, enabling thousands of different medical tests to be conducted at home or in physicians' receptions.
Researchers from Aalto University successfully fabricated complex three-dimensional structures at the nanoscale by combining ion processing and nanolithography. The discovery unlocks new possibilities for nanofabrication, with potential applications in device manufacturing.
Researchers at Aalto University estimate that halving food losses globally could provide enough food for an additional 1 billion people, saving 614 kilocalories per person daily. This reduction would require efficient use of resources such as clean water and fertilizers.
A study found that computerized surveillance in the home causes significant changes in behavior to control privacy intrusion. Participants adjusted their daily practices to maintain a tolerable level of surveillance, but unexpected events could disrupt these adaptations.
A new concept for computing uses water droplets as digital information bits, demonstrating rebounding collisions on superhydrophobic surfaces. This enables the development of memory devices and elementary Boolean logic operations.
Researchers at Aalto University developed a device that merges MEG and MRI technology to produce unprecedented accuracy in locating brain electrical activity non-invasively. This innovation improves the diagnosis of cancer patients and enhances brain mapping for epilepsy cases.
Scientists located auroral sounds near ground level, about 70 meters above the surface. The research reveals that energetic particles from the sun create sound closer to the ground than previously thought.
Scientists create a surface that can display information using water, exploiting the unique behavior of trapped air layers on a lotus-inspired dual-structured surface. The surface is bistable and exhibits striking optical contrast between its two states.
Researchers at Aalto University found that strong emotions sync brain activity in frontal and midline regions for unpleasant feelings and vision, attention, and sense of touch networks for highly arousing events. This synchronization facilitates understanding others' intentions and actions.
Aalto University researchers have developed a new method to manufacture fuel cells that requires 60% less costly catalyst, significantly reducing production costs. This innovation enables the creation of more economical alcohol fuel cells using palladium as a catalyst.
Aalto University researchers have developed a new bioprocess that uses only lignocellulose from wood biomass to produce chemicals and biofuel. This process avoids wasting any parts of the wood sugar and can be used in existing combustion engines without modifications.
Physicists at Aalto University have developed a method to amplify feeble radio waves or microwaves with minimal disturbance, reaching the fundamental limit set by quantum physics. The discovery uses a nanomechanical oscillator and superconducting cavity resonator to detect and amplify electromagnetic signals.
Aalto University researchers have designed a network proxy that cuts 3G smartphone power consumption by up to 74%. The solution enhances performance and reduces energy requirements, making mobile Internet access more accessible in developing countries.
A team of researchers from Aalto University and international partners found a genuine hypnotic state through studying the 'trance stare' associated with hypnosis. The study showed a dramatic reduction in eye movements beyond volitional control, confirming an altered mental state.
The discovery of GNR@SWNTs opens up potential applications in electronics, optoelectronics, and energy storage. Researchers have found that the shape of encapsulated graphene nanoribbons can be modified by different polyaromatic hydrocarbon molecules, allowing for metallic or semiconductor properties.
The discovery reveals changes in silicon's mechanical response with decreasing size, driving unexpected deformation mechanisms. This finding provides a basis for understanding the onset of plasticity in nanovolumes, benefiting nano-device design.
Researchers found smartphone users engage in 'checking habits' throughout waking hours, triggered by contexts like reading email or browsing social media. These habits can be difficult to change due to their automatic nature.
Researchers at Aalto University found that carbon emissions are linked to income and consumption habits, with rich individuals producing more CO2. The study used a hybrid life cycle analysis approach to quantify carbon emissions by looking at production, monetary transactions, and consumption statistics.