Scientists have developed a unique combination of light and climate simulation to optimize algae cultivation, leading to higher yields and more efficient energy production. The system uses spectrum-tuned LEDs to simulate natural sunlight, allowing for precise control over the growth conditions of different algae species.
Researchers at TUM develop a method to extract optically stored information from nitrogen-vacancy centers in nanodiamonds electronically. The technique uses a direct transfer of energy to a neighboring graphene layer, enabling picosecond electronic detection.
Researchers found afforestation and intense pasturing to be effective ways to increase environmental and economic value of abandoned farmlands. Afforestation with native Andean alder had a positive impact on climate and water balance, while intense pasturing scored higher on ecological scale.
The GOCE satellite provided accurate gravity field measurements, enabling scientists to image the planet in a new way. Researchers are sharpening the picture of our dynamic planet with studies in geophysics, ocean circulation, climate change, and civil engineering.
Researchers developed a methodology to directly measure the duration and temporal intensity distribution of ultra-short X-ray flashes. They characterized these pulses using streaking spectroscopy, revealing pulse durations of up to four and a half femtoseconds.
Researchers found that CoCo bonds can worsen financial crisis situations due to a 'convert to steal' mechanism. This construction shifts losses onto bondholders in times of need, encouraging banks to further escalate their crisis.
Researchers found that bacterial infections due to Staphylococcus aureus aggravate neurodermatitis by triggering the formation of myeloid-derived suppressor cells, which suppress both harmful and beneficial immune responses in the skin. This can lead to chronic inflammation, itching, and social stigmatization in patients.
A promising anti-cancer approach targeting Malt1 protein's protease function in lymphoma cells may also cause destructive autoimmune inflammation when its other functions are preserved. Researchers discovered this unexpected side effect using an animal model, emphasizing the need for new alternatives to treat lymphomas.
Researchers at TUM developed a new process combining membrane separation processes to reduce energy consumption in powdered milk and whey production. By achieving higher dry matter concentrations, they can cut the energy consumed in subsequent evaporation and drying steps.
The Visio.M consortium presents a small electric car with an efficient range of around 160 km and advanced safety features. The vehicle's lightweight design reduces costs and improves driving dynamics.
Engineers at TUM have developed a light-weight torque vectoring transmission for electric vehicles, which recovers braking energy more efficiently. The system, used in select top model cars with combustion engines, also enhances road handling dynamics and driving pleasure.
Researchers discovered that high levels of the inhibitor TIMP-1 induce local inflammation in liver tissue, allowing tumor cells to form metastases. By understanding this mechanism, scientists can develop new treatments to prevent cancer progression and metastasis formation.
Scientists have identified two enzymes responsible for the formation of terpenes, which contribute to a wine's bouquet. The study could lead to the development of new grape varieties with improved aromas.
Researchers at Technical University of Munich have demonstrated a new kind of building block for digital integrated circuits using 3D arrangements of nanometer-scale magnets. The 'majority logic gate' can serve as a programmable switch in a digital circuit, with potential applications in ultralow-power and high-density computing.
Researchers have discovered a new mechanism for inhibiting the immunoproteasome, a protein complex involved in autoimmune disorders such as rheumatism and multiple sclerosis. The found mechanism involves a novel compound that selectively targets and deactivates the immunoproteasome without affecting other proteasomes.
The Visio.M consortium presents a safety package for compact electric vehicles, providing a safe compartment and passenger protection through advanced materials and sensor systems. The integrated safety concept uses radar and camera sensors to recognize critical situations and activate protective measures.
Two researchers from the Technical University of Munich have won an International Space Station Research Competition to study the structure of Hepatitis C virus proteins in microgravity. The project aims to identify new targets for medications and could lead to breakthroughs in treating the disease, which is prevalent in Egypt.
A study by Technical University of Munich found that trees have accelerated their growth rate by up to 70% since the 1960s. The growth is attributed to rising temperatures, increased CO2, and nitrogen levels, which also led to a temporary slowing effect of acid rain on tree growth.
Pathogens specifically target highly networked proteins with multiple functions to weaken their host. The plant model Arabidopsis thaliana shows that different pathogens attack the same proteins, suggesting a convergent targeting strategy.
Researchers at Technical University of Munich have discovered a new site where T lymphocytes can be programmed to attack pathogens. The liver plays a key role in this process, and synthetic messenger Hyper-IL-6 has been found to efficiently activate T cells, offering a promising new adjuvant for vaccine formulations.
Scientists at Technical University of Munich created a simple cell model with a specific function using basic ingredients. The artificial cell can move and change shape without external influences, mimicking natural cell behavior.
Lithium-ion battery researchers observed the phenomenon of 'lithium plating' during charging, which can cause short-circuits and reduce battery performance. The study used neutron diffraction to investigate the mechanism at work, shedding light on how lithium plating occurs and potentially paving the way for faster-charging batteries.
A new study reveals that bats process complex spatial information by dynamically adapting their brain maps to external factors. By enhancing neuronal signals for objects in close proximity, bats can magnify the appearance of nearby obstacles, enabling them to navigate safely.
Researchers at TUM have mapped a new signaling mode for brassinosteroids, which regulate cell elongation and division. The study shows that brassinosteroids trigger a multi-level cascade of reactions controlling the activity of the CESTA transcription factor.
A study by Technical University of Munich reveals that Asian companies are leading the charge in developing new electrochemical energy storage technologies. Lithium batteries have seen a significant increase in patent applications, making them the clear frontrunners in this field.
Researchers at TUM developed TCP Stealth, a free software that inhibits identification of systems through Hacienda and similar cyberattack software. The software uses secret tokens to protect against remote control of servers worldwide.
Researchers at Technical University of Munich successfully assembled chains of up to 90 porphine units using a silver surface, opening doors for the development of ordered long molecular structures. These 'tapes' have potential applications in electronic devices and data storage.
Researchers at TUM are developing an artificial retina made of graphene, which converts light into electrical impulses for the brain. The material's excellent biocompatibility and electronic properties provide a promising solution to existing retina implants.
Scientists discover that collective movements of electron spins, not doping effects, are responsible for the formation of nematic phases. This finding opens up new avenues for understanding high-temperature superconductivity.
Researchers identified central memory T cells as multipotent and self-renewing, generating diverse types of offspring to fight infections. This discovery has implications for clinical cell therapy and may improve the efficacy of immune-based treatments for cancers and other diseases.
Researchers have sequenced the whole genomes of 234 individual bulls, enabling trait-mapping for improved cattle breeding. The study identified mutations associated with negative impacts on animal health, welfare, and productivity, offering a leverage tool for breeders to extrapolate sequence information to numerous descendants.
Researchers developed a simple setup for X-ray phase-contrast imaging, which uses scrambled X-rays to produce high-quality images. The new technique demonstrates efficiency and versatility, enabling accurate measurement of specimen thickness and mapping of small structures.
Researchers at TUM and UT Austin developed nonlinear mirrors that reflect frequency-doubled output using input light intensity as small as a laser pointer. The new materials produce approximately one million times higher intensity of frequency-doubled output compared to traditional materials.
Researchers at Technical University of Munich used FRET methodology to observe interaction between Hsp90, P23 and ATP. They found that P23 strengthens ATP bonding, increasing energy production. This breakthrough reveals the importance of cooperation in cellular energy generation.
Researchers identify 230 key odorants responsible for encoding the typical smell of individual foodstuffs, with each foodstuff having its own unique odor code. The mapping of odor codes opens up new possibilities for biotechnology applications in crop breeding and industrial-scale production of high-quality food odorants.
A recent study found that organic farms support more plant and bee species than conventional farms, particularly in arable fields. However, adding structural elements like woods and hedges can increase habitats and promote biodiversity on farms.
A study by TUM researchers found that traffic light labeling can lead to a false sense of security and result in consumers ignoring more complex product information. This effect is particularly pronounced in financial products where the labeling influences consumer trust in specific attributes, such as flexibility or state guarantee.
A clinical study found that a certain group of genes and an immune cell ratio can predict tolerance to liver transplants in patients with hepatitis C. This could enable patients to stop taking immunosuppressants after a certain period, reducing the burden of chronic HCV infection.
Researchers found that the unfolded protein response (UPR) signaling cascade plays a crucial role in protecting intestinal cells from damage. However, an overactive UPR caused by the CHOP protein can slow down tissue repair and lead to chronic inflammation.
A new T cell therapy has been developed to protect immunodeficient patients from infections. The treatment involves transferring a few immune cells, which are then used to fight off specific pathogens, and has shown great potential in clinical trials.
A paralyzed person will attempt the first kick in the FIFA World Cup using a brain-controlled robotic exoskeleton, demonstrating the TUM Institute for Cognitive Systems' CellulARSkin technology. This technology provides a sense of touch, allowing patients to feel their feet touching the ground.
The EXO-200 experiment searched for Majorana neutrinos, which could explain their mass, but found no evidence. The decay of a radioactive isotope that may only occur if neutrinos are their own antiparticles was tested with unprecedented accuracy.
Researchers from TUM have created an almost complete inventory of the human proteome by cataloging over 18,000 proteins. The study reveals unique protein profiles for every organ, which are essential for its function, and identifies hundreds of new protein fragments with novel biological properties.
Scientists at TUM successfully demonstrated brain-controlled flight with high precision, exceeding requirements for a flying license test. They achieved this by using electroencephalography to convert brain waves into control commands, allowing pilots to control the plane without touching pedals or controls.
Researchers discovered that shark antibodies possess structural characteristics making them robust against dehydration, leading to enhanced stability in human antibody fragments. This breakthrough enables the development of improved therapeutic and diagnostic antibodies with increased efficacy.
A team of scientists has discovered Rad50's crucial role in detecting and responding to foreign DNA from viruses. The protein interacts with a specific signal protein CARD9, forming a complex that activates the immune system's alarm mechanism, leading to the production of interleukin-1β.
Researchers have developed a method to detect antineutrinos emitted by nuclear reactors, allowing for the monitoring of reactor cores' status, performance, and composition. The detection method was tested using detectors with a volume of only one cubic meter, producing results that show promise for future reactor monitoring.
Researchers developed a new optical microscopy technique to analyze the redox state of mitochondria in living tissue. The study revealed that severance of an axon results in a wave of oxidation of the mitochondria, which begins at the site of damage and is propagated along the fiber.
Researchers optimize SeisSol for parallel architecture on SuperMUC, reaching a record-breaking 1.09 quadrillion floating point operations per second. This acceleration enables the simulation of more complex models and accurately captures seismic waves, advancing earthquake understanding and preparedness.
Women are less inclined to apply for jobs with advertisements featuring masculine traits such as assertiveness, independence, and analysis. In contrast, leadership skills are perceived as equally capable by both men and women, but women rate themselves and others lower in this area. Leaders who show gratitude and empathy, on the other ...