AllYouCanTech

unique ability of geckos to sense vibrations, and the capacity of sandpipers to locate objects hidden beneath the sand using their beaks. The research adopted similar methods as those used with sandpipers, requiring human participants to discover an object concealed in the sand. The participants managed to sense its existence even prior to physically touching the buried object.

This research assembled a group of four scholars from Queen Mary University of London and University College London. Their results were published in the journal of the Institute of Electrical and Electronics Engineers under the title “Investigating Tactile Perception for Object Localization in Granular Media: A Human and Robotic Examination” in 2025. The publication emphasizes that the implications of these results could influence the domain of robotics, as well as other touch-oriented tools and systems utilized for scientific endeavors.

the top 4K televisions providing stunning picture clarity and top-notch features, this trend isn’t expected to shift anytime soon. Moreover, following Netflix’s recent acquisition of Warner Bros, we can anticipate a surge in the best television shows and movies focused on streaming services — indicating that your television is about to see significant usage.

This raises an important question: What are the implications for your television if it remains powered on continuously? There are several factors to weigh. Firstly, understanding what “burn-in” entails and its potential repercussions on your OLED television is crucial. Fortunately, we addressed this recently, incorporating insights from specialists. While the display itself is a factor, there are other elements of your television that could deteriorate over time. Furthermore, energy consumption is another aspect to think about, particularly if there are additional devices linked to your television. It’s a multifaceted topic, but we’ll explore a few essential considerations to assist you in deciding how long you wish to have your television running.

the biggest television screens available for purchase, to the various types of bulbs utilized in households. Yet, not all LED materials are identical. Some are categorized as OLEDs or QLEDs, while others possess more complex characteristics. Certain types don’t even permit the flow of electricity through them. It is this latter classification that has captured notable interest from researchers in recent times, and now, a team of scientists collaborating with the Cavendish Laboratory at the University of Cambridge has made a fascinating discovery that could alter our perception of LEDs entirely. According to a study published in the journal Nature, researchers have been able to transfer electricity through tiny insulating particles that typically do not conduct electricity. These particles consist of various elements, including rare-earth elements like neodymium and ytterbium, and this breakthrough may potentially pave the way for advancements in LED technology as a whole.

Researchers indicate that the particles in discussion, known as insulating lanthanide nanoparticles (LnNPs), have been recognized for their ability to emit intense light when exposed to illumination. However, scientists have consistently faced challenges in inducing the particles to actually conduct electricity. Prior attempts to achieve this have revealed that charges often struggle to access the lanthanide ions within without the application of extreme heat or voltage.

To circumvent this challenge, the participants in this recent investigation sought a method to hybridize the particles. They employed 9-ACA organic dye molecules in conjunction with the LnNPs, enabling them to replace the surface insulators on the particles, thus facilitating charging through a method called triplet energy transfer.