Latest Physics stories from Science.
The upcoming publication on Mediative Fuzzy Logic highlights significant advancements in decision-making frameworks, extending traditional methods to Type-2, Type-3, and quantum logic.
In a strategic move, GlobalFoundries has launched a dedicated unit focused on advancing quantum technology solutions.
Recent developments in quantum metasurfaces show promise for enhancing terahertz radiation detection, potentially overcoming existing detector limitations in the far-infrared spectrum.
The Trump administration's announcement of over $2 billion in federal support for quantum computing has led to a notable surge in IBM's market value and share price.
A recent study reveals that standard laptops can outperform quantum systems, raising questions about the future of quantum supremacy.
The US plans to invest $2 billion in various quantum computing companies, including a start-up associated with a firm linked to the Trump family.
A new ultra-sensitive quantum sensor has been developed, capable of detecting energy levels below one zeptojoule, which may enhance dark matter research efforts.
Quantum sensors are proving to be invaluable tools, surpassing traditional sensors in precision and finding applications across various fields.
NextEra Energy plans to acquire Caliber, an energy firm supported by Quantum, and is expected to create a joint venture focused on the US shale industry.
A collaborative research effort has led to the development of a technique that could make scattering mediums transparent for entangled information, enhancing quantum communication.
In a heartfelt post, Anyma celebrates the fifth anniversary of its project, reflecting on the journeys through the GENESYS, QUANTUM, and ÆDEN eras.
The HiPEQ project showcases collaborative efforts in developing new laser methods aimed at enhancing the reliability and miniaturization of beam sources for quantum technology.
The mid-20th century marked a transformative era in scientific progress, especially in physics, as new academic disciplines began to take shape in response to rapid advancements.
The potential of room-temperature quantum materials could revolutionize computing, leading to devices that remain cool and efficient, with lasting battery life and data retention.
A new method for generating correlated photon pairs using sunlight marks a significant advancement in quantum optics, potentially enhancing various applications in the field.
Recent research suggests intriguing parallels between the cosmological constant and the quantum Hall effect, potentially advancing our understanding of quantum gravity.
A recent study from Technion introduces a detailed model that clarifies how temperature influences light characteristics, with implications for LEDs and photonic devices.
A team from Columbia University has made a significant discovery of coherent ferrons, which may have transformative implications for quantum and telecommunications technologies.
Recent research led by an international team, including a professor from Constructor University, has advanced our understanding of quantum mechanics, hinting at the potential for a quantum internet.
Harvard SEAS researchers have achieved a significant milestone by demonstrating the interaction between a single quantum of vibrational energy and a single atomic spin, paving the way for advancements in quantum communication.