Friday, December 5, 2025
Why are memories attached to emotions so strong?

Tech: Move over, Siri! USC researchers develop improv-based Chatbot

What would conversations with Alexa be like if she was a regular at The Second City? Jonathan May, research lead at the USC Information Sciences...
New organic material unlocks faster and more flexible electronic devices

Tech: New organic material unlocks faster and more flexible electronic devices

Mobile phones and other electronic devices made from an organic material that is thin, bendable and more powerful are now a step closer thanks...

Tech: A nanomaterial path forward for COVID-19 vaccine development

IMAGE: A graphic of the SARS-CoV-2 virus. ...
Why are memories attached to emotions so strong?

Tech: Scientists identify new material with potential for brain-like computing

The most powerful and advanced computing is still primitive compared to the power of the human brain, says Chinedu E. Ekuma, Assistant Professor in...

Tech: New lithium battery charges faster, reduces risk of device explosions

IMAGE: A schematic showing lithium battery with the new carbon nanotube architecture for...

Tech: Dancing chemicals: Innovative catalytic reaction for low-cost synthesis of aromatic esters

IMAGE: A new, practical catalytic reaction, called the "ester dance reaction, "...

Tech: Converting female mosquitoes to non-biting males with implications for mosquito control

IMAGE: James Biedler (left), a research scientist in Zhijian Tu's lab; Azadeh Aryan...
Why are memories attached to emotions so strong?

Tech: Vision scientists discover why people literally don’t see eye to eye

We humans may not always see eye to eye on politics, religion, sports and other matters of debate. But at least we can agree...
Why are memories attached to emotions so strong?

Tech: The plight of the Kalahari San

Over the past few decades, San (Bushmen) communities in southern Africa, former hunter-gatherers, have developed new adaptive strategies to cope with climate change, the...

Tech: A new path for electron optics in solid-state systems

IMAGE: Electron-?like (blue) and hole-?like (red) states coexisting in a double quantum well...

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