Metal-organic frameworks were the next big thing in chemistry when they were invented more than three decades ago. Now, these intriguing materials are becoming commercial tools for capturing carbon ...

Researchers from the Faculty of Physics at the University of Warsaw and the University of British Columbia have described how ...

Abstract: Direct wafer bonding of wafers is now well establish. However in many interesting applications, direct bonding of die to wafer can lead to innovative devices. After explaining some specific ...

If Tom Holland becomes the next James Bond, it could be a big game-changer for the 007 franchise. Here's why.

Barron’s has long favored dividend-paying stocks for those seeking income. But bonds now deserve a hard look because they are so attractively priced.

In the 2021 film “No Time to Die,” Daniel Craig repeats one of the James Bond franchise’s most enduring lines to Léa Seydoux: “We have all the time in the world.” Well, not quite. Now that Amazon has ...

With rising adoption by pension funds, wealth managers and RIAs, discover how Bitcoin ETFs are reshaping asset allocation, risk-return profiles and the future of fixed income.

Mark Hulbert This chart shows why you can be optimistic about Fed rate cuts this year The Federal Reserve has room to lower interest rates enough to boost bonds and ...

Peptide molecules possess the remarkable ability to self-assemble through intricate noncovalent interactions, leading to the formation of supramolecular polymers with precisely defined structures and ...

The recycling process leverages the dynamic nature of the DA reaction, enabling the depolymerization of covalent bonds at high temperatures and their subsequent reformation at lower temperatures.

Die stacking enables significant performance leaps in computing capability and memory/processor integration. Conventional die stacking uses solder interconnects which suffer from several scaling ...