A new research provides a mechanism to detect and correct systematic errors in data and image analysis used in many areas of science and engineering. The single-pixel interior filling function (SPIFF) method can improve the accuracy of imaging systems for tracking objects on scales ranging from nanometers to astrophysical scales.
A recent study published in the Proceedings of the National Academy of Sciences found that parents who discuss the relevance of science and math with their high schoolers can increase math and science ACT scores by 12 percentage points. The research also showed that these students are more likely to pursue STEM careers and take additio...
Researchers found a significant increase in large-scale tornado outbreaks in the US, with the number of extreme events doubling over the last half-century. The study suggests that vertical wind shear is driving this trend, rather than climate change.
Researchers at University of Chicago and Wayne State University reaffirm the reliability of Type Ia supernovae for measuring cosmic distances. The findings contradict recent claims that these supernovae are inconsistent in their brightness.
Researchers have discovered a star that ingested some of its planets, revealing a violent history for the planetary system. The star's composition suggests it devoured four planets, preserving lithium and other elements in its atmosphere.
Researchers developed a new framework for faster control of a quantum bit, accelerating switching with unprecedented speed. The technique enables less prone to errors in high-speed operation, paving the way for quantum applications like secure communications and simulation of complex systems.
Researchers integrate fossil data into theories to understand global patterns of biodiversity, finding that local and long-term factors work together in a 'perfect storm'. This approach helps explain the latitudinal diversity gradient, with the tropics having the greatest number and variety of species.
Researchers found that exposure to simple perceptual features in dilapidated buildings, overgrown lots, and littered streets can make rule-breaking more likely. The study shows that visually disordered stimuli increase cheating by 35% and average magnitude of cheating by 87%.
Researchers simulate carbon dissolution in water-rich fluids at the Earth's upper mantle, revealing unexpected forms of carbon, and challenging previous geochemical models. The study suggests that water transports carbon mostly through highly active ions, not dissolved CO2 molecules.
Physicists at the University of Chicago have confirmed a decades-old theory describing continuous phase transitions. The team observed a quantum phase transition in gaseous cesium atoms, demonstrating the Kibble-Zurek mechanism for both space and time.
Researchers computed precise amount of continental crust before and after collision, concluding that half the mass is missing due to sinking into mantle. The finding explains puzzling geochemistry and throws out long-held idea that continental crust can't descend into mantle.
Storm tracks are crucial for weather and climate in middle-latitude regions like Chicago and New York. Climate change alters the position of these tracks, with clouds playing a key role in this shift. Researchers highlight the need to expand observational efforts and improve computer simulations to better understand storm track changes.
A new study found that infants expect people to share food preferences unless they belong to different social groups. However, disgust reactions are expected to transcend social boundaries. This early understanding has important implications for public health policies on obesity.
Researchers have developed a novel method to rapidly screen hundreds of chemicals for their anti-cancer properties by harnessing the power of knotted DNA structures. By detecting the activity of an enzyme crucial to cancer cell survival, this technique offers a promising tool for identifying potential new treatments.
Researchers at the University of Chicago found that trading experience reduces emotional pain associated with selling, leading to a decrease in the endowment effect. Brain scans showed reduced activity in areas linked to negative emotions and anticipation of losses.
Researchers from seven European institutions and five US universities aim to understand the glass transition, a problem plaguing physics and chemistry for a long time. The collaboration hopes to find a unified understanding of the glassy state of matter and its properties.
Researchers at University of Chicago conducted a field experiment with over 14 million players, offering quantity discounts on virtual goods. The results showed that discounts had virtually no effect on the share of players making purchases and actually led to some customers spending less.
Scientists have created a tiny, soft, and wirelessly functional biomaterial that can be injected into the body to stimulate nerve cells and manipulate muscle behavior. The material degrades naturally after a few months, eliminating the need for surgery.
Computer simulations of evolving binary stars predict the formation of massive black hole binaries that can be detected by LIGO. The simulations show a high likelihood of these events occurring due to the production of low-metallicity stars in the early universe.
University of Chicago scientists developed a computer model of HIV that gives real insight into how the virus matures and becomes infective. The model reveals critical proteins inside the bud are cut into bits by the enzyme HIV protease, which can be targeted by anti-viral drugs.
Researchers create a quantum Hall material of light and study its behavior in curved space, confirming a previously untested theory. This breakthrough allows for new interactions between photons and opens up possibilities for exotic quantum liquid states of light.
A new study reveals that chronological age plays little role in determining differences in older people's health and well-being. The research presents a comprehensive model of health and aging, highlighting the importance of psychological, social, and physical factors in addition to diseases.
Researchers analyze the Kepler-223 star system, finding a unique orbital configuration similar to that of Jupiter, Saturn, and Uranus. The study suggests that the four planets may have migrated through a disk, getting stuck and maintaining their current orbits, which differs from the formation process of Earth's inner planets.
Researchers at University of Chicago have developed a new device that captures trapped electrons and manipulates them using superconducting quantum circuits. The team successfully holds electrons in place for up to 12 hours, leveraging the unique properties of liquid helium to isolate individual electrons.
Researchers investigated how infants process others' actions and found that brain activity in the motor system predicts imitation of others' actions. The study provides evidence for intelligent social behavior in infants as young as 7 months old, shedding light on neural processes contributing to this complex behavior.
Scientists have pinpointed a mechanism for cyclical tidal stresses to drive and sustain Enceladus's long-lived eruptions. The Cassini spacecraft has observed geysers erupting continuously along the south pole for decades.
The Arnold and Mabel Beckman Foundation has renewed its three-year award with the University of Chicago to fund undergraduate STEM research. The program supports young investigators in pursuing original research projects under faculty guidance.
A comprehensive study reveals glaring disparities in rural and urban Chinese children's well-being. Rural children face limited access to education, economic opportunities, and healthcare, leading to social and emotional suffering. The report highlights the need for educational and public policy reforms to close these gaps.
A study published in PLOS ONE found that meditation and ballet practices are associated with increased wisdom. Meditation was confirmed as a path to wisdom, while classical ballet also showed a link to higher wisdom levels among practitioners. The research suggests that physical practices like ballet may cultivate personal wisdom.
Scientists have found evidence of curium in a rare meteorite sample called 'Curious Marie', dating back to the solar system's formation. The discovery resolves a 35-year-old debate and helps reassess models of stellar evolution and element synthesis.
Scientists have developed a novel method to control the Berry phase of a quantum state in a nitrogen-vacancy center in diamond, enabling robust quantum logic operations. The approach uses laser light to draw paths for the defect's spin, resulting in insensitive behavior to noise sources.
Researchers at the University of Chicago and Tel Aviv University have discovered a new chemical modification that can boost gene conversion to proteins. The study enriches the epitranscriptome, a critical new dimension in molecular biology, suggesting an even larger cellular control panel.
Researchers develop novel method to build large arrays of nanolenses using chemical and lithographic techniques, enabling extremely high-resolution imaging or biological sensing. The technique allows for precise control over nanoparticle placement, producing tiny separations that produce the nanolensing effect.
A recent study by the University of Chicago has found that loneliness triggers fight-or-flight stress signaling, leading to increased production of white blood cells and impaired antiviral responses. This shift in monocyte output contributes to loneliness' associated health risks, including premature death.
Researchers demonstrate macroscopic entanglement generation at room temperature using infrared laser light and electromagnetic pulses. The technique has important implications for future quantum devices, including biological sensing inside living organisms and long-distance entangled states.
A new international study found children from religious families were less likely to share with others and showed more punitive tendencies than non-religious children. The results contradict common assumptions that religiosity promotes altruism and kindness.
Researchers at the University of Chicago and University of Wisconsin developed a new method to split water into hydrogen and oxygen efficiently using solar energy. By incorporating nitrogen into an electrode made of bismuth vanadate, they increased photon absorption and electron transport, leading to higher fuel efficiency.
Researchers at University of Chicago and Pennsylvania State University have discovered a method to 'paint' quantum electronic circuits using beams of light, allowing for rewritable devices without nanofabrication. This breakthrough enables faster and easier experimentation with fragile quantum materials.
New research from the University of Chicago shows that adding math talk to story time at home can significantly improve children's math achievement. Using an iPad app called Bedtime Math, parents and children can engage in high-quality math interactions, even infrequent use was beneficial.
Researchers have successfully tuned lasers to manipulate atoms' interactions in a Bose-Einstein condensate, allowing for exotic states of matter. This breakthrough enables the exploration of unusual quantum phenomena and the engineering of novel quantum devices.
Researchers developed a novel approach using liquid crystals to detect neuro-degenerative diseases by detecting the protein fibers implicated in their development. The system shows extremely high sensitivity and could enable earlier detection at a lower cost.
A new study of over 500 Black and Latino college students confirms that financial resources are a significant obstacle to success. Students who started with high levels of financial distress were more likely to experience depressive symptoms and lower GPAs.
Researchers at the University of Chicago have discovered a new type of glass by studying the properties of microscopic animals, including tardigrades. The team found that these creatures can create glassy molecules under extreme conditions, leading to potential breakthroughs in electronic devices and material science.
A new study from the University of Chicago shows that babies' neural responses to prosocial and antisocial behavior are influenced by their parents' attitudes toward justice. Children as young as 12-24 months old exhibit strong individual differences in moral development, which are predicted by parental sensitivity to justice.
Research from the University of Chicago found that parents' math anxiety can undermine children's math achievement and increase their own math anxiety when providing frequent help with homework. The study suggests that adults' attitudes toward math play an important role in determining their children's academic success.
Scientists created synthetic material from silicon that shows potential for improving soft tissue function and interface between electronic devices and biological tissues. The new method involves pressure modulation synthesis to promote the growth of silicon nanowires.
Scientists at the University of Chicago have successfully aligned over 99% of nuclear spins in silicon carbide, a crucial step towards developing practical spintronic devices. The breakthrough uses infrared light to cool and align spins, allowing for operation at room temperature.
Researchers at University of Chicago have trained some adults to develop absolute pitch through music training, and the effects last for months. The study suggests that auditory working memory capacity predicts success in acquiring this skill.
A new study from the University of Chicago has found that children exposed to multiple languages are better at interpreting others' meaning and taking their perspectives. The researchers discovered that even partial exposure to another language can improve social communication skills, not just full bilingualism.
Scientists discovered a new DNA modification that regulates gene expression in insects, worms, and green algae. This finding opens a new field of biology and epigenetics research.