New Technology– category –

Bioengineer.org Overview A new twisting metamaterial converts axial compression into relative rotation to amplify energy dissipation through frictional sliding. The TI-CTC core reduces peak base stress by 78.5 percent compared to pyramid...

Bioengineer.org USA Overview Researchers have developed a passive metasurface that achieves simultaneous beam steering and frequency filtering via a global geometric displacement between two complementary layers. The device operates in t...

Bioengineer.org Turkey Overview Researchers have developed self-healing polymer films combining polyvinyl alcohol (PVA), graphene derivatives, and aloe vera powder that can recover up to 99.5% of their original properties. By utilizing h...

Bioengineer.org Overview Researchers developed a furan-based epoxy vitrimer using dual dynamic bonds that achieves a tensile strength of 75.4 ± 2.3 MPa and 98.2% strength recovery after self-healing. By combining boronic ester and β-hydr...

Bioengineer.org India Overview Researchers at the Indian Institute of Technology Madras have developed a room-temperature magnetic field sensor using a neodymium-doped piezoelectric ceramic laminate. By doping 0.37BiScO3-0.63PbTiO3 (BSPT...

Bioengineer.org Japan Overview Researchers at the Institute of Science Tokyo demonstrated that electric fields can reverse magnetization in 190-nanometer multiferroic nanodots made from BiFe0.9Co0.1O3 (BFCO). This mechanism allows for th...

Bioengineer.org USA Overview Researchers have demonstrated room-temperature current-induced switching in all-antiferromagnetic tunnel junctions (AATJs) using octupole-driven spin-transfer torque. The devices achieved a tunnelling magneto...

ScienceDaily Japan Overview Researchers at NIMS's MANA center discovered that atomic steps just one atom high can guide quantum vortices in ultrathin superconductors, with movement being over 1,000 times easier along the steps than acros...

Interesting Engineering Germany Overview German researchers have developed a self-healing coating that increases the strength of thin solar glass by up to seven times while reducing overall panel weight by 30%. By creating covalent bridg...

OAE Publishing China Overview Researchers have developed BNBST-xLMN ceramics using high-entropy grain boundary engineering to achieve a recoverable energy density of 6.50 J/cm³ at 450 kV/cm. This approach overcomes the traditional tradeo...