Page 3 - Tokyo Tech News Today

Self-folding polymers containing gadolinium forming nanosized complexes could be the key to enhanced magnetic resonance imaging and next-generation drug delivery, as demonstrated by scientists at Tokyo Tech. Thanks to their small size, low toxicity,

Scientists at Tokyo Tech have reported on inverse-perovskites that are environmentally friendly and have a high-energy conversion efficiency.

Tokyo Institute of Technology has designed a material for thermo-electric generators without toxic materials such as lead (Pb) or tellurium. To be a good

Spintronic tech: Electron spins power faster processing & cheaper data storage, thanks to spin-transfer torque.

<p style="text-align:justify">Spin-orbit torque (SOT), an important phenomenon for developing ultrafast and low-power spintronic devices, can be enhanced through Berry phase monopole engineering at high temperatures, shown in a new study by Tokyo Tech researchers. In this study, the temperature dependence of the intrinsic spin Hall effect of TaSi<sub>2</sub> was investigated. The results suggest that Berry phase monopole engineering is an effective strategy for achiev...

Spintronic tech: Electron spins power faster processing & cheaper data storage, thanks to spin-transfer torque.

Self-folding polymers containing gadolinium forming nanosized complexes could be the key to enhanced magnetic resonance imaging and next-generation drug delivery, as demonstrated by scientists at Tokyo Tech.

<p style="text-align:justify">Self-folding polymers containing gadolinium forming nanosized complexes could be the key to enhanced magnetic resonance imaging and next-generation drug delivery, as demonstrated by scientists at Tokyo Tech. Thanks to their small size, low toxicity, and good tumor accumulation and penetration, these complexes represent a leap forward in contrast agents for cancer diagnosis, as well as neutron capture radiotherapy.</p>

<p>Pentoses are essential carbohydrates in the metabolism of modern lifeforms, but their availability on early Earth is unclear since these molecules are unstable. Now, researchers from Japan, the United States and Australia reveal a chemical pathway compatible with early Earth conditions, by which C6 aldonates could have acted as a source of pentoses without the need for enzymes. Their findings provide clues about primitive biochemistry and bring us closer to understanding life's ...

Tokyo Tech scientists showcased that donor doping within a mother material containing disordered intrinsic oxygen vacancies, as opposed to the commonly employed acceptor doping in vacancy-free materials, significantly amplifies the conductivity and durability of perovskite-type proton conductors within the temperature range of 250–400 ?.