Science

Researchers are exploring how blockchain technology can streamline spectrum sharing and create new economic models for wireless resources.

New research demonstrates how stabilizer codes and induced channel analysis can refine our understanding of how much information can be reliably transmitted through noisy quantum channels.

New research explores when quantum machine learning can offer an advantage in predicting antibiotic effectiveness, revealing key data characteristics that signal potential benefits.

A novel geometric approach simplifies the classification of multi-qubit entanglement, offering a faster alternative to traditional decomposition methods.

Researchers propose a novel quantum critical point exhibiting internal supersymmetry, potentially unlocking a new universality class in condensed matter physics.

As electric vertical takeoff and landing (eVTOL) aircraft prepare for takeoff, ensuring robust cybersecurity is paramount for safe and reliable urban air mobility.

New research reveals how subtle manipulations of text prompts can bypass safeguards in large language models, exposing a critical weakness in AI security.

A new systematic study using QCD sum rules sheds light on the decay patterns of recently discovered pentaquark states, helping to determine if they are tightly bound or loosely connected molecular structures.

New research reveals that interconnected superfluid rings can sustain persistent currents through a collective synchronization effect, offering insights into the behavior of complex quantum systems.

A precise calculation of the B → μ⁻ν̄μ decay process pushes the boundaries of particle physics accuracy.