fbpx DIY Nano, all about nanoscale science | Science in the net

DIY Nano, all about nanoscale science

Primary tabs

Read time: 1 min

The DIY Nano app allows families to experience and learn about nanoscale science, engineering, and technology at home or on the go. The app was released thanks to a collaboration between Lawrence Hall of ScienceSciencenter, Emily Maletz Graphic Design and the Nanoscale Informal Science Education Network (NISE Network).
The DIY Nano app was supported by the National Science Foundation.

The app provides free, easy to use, hands-on activities at your fingertips. Each activity includes material lists, step-by-step instructions, and detailed explanations. The activity materials are widely available and inexpensive. The app includes links to family friendly videos.

[video:http://vimeo.com/32870203]

[video:http://vimeo.com/42373588]

The Lawrence Hall of Science is the UC Berkeley's public science center. The Lawrence Hall of Science have been providing parents, kids, and educators with opportunities to engage with science since 1968.

[video:http://www.youtube.com/watch?v=cJ1wUytZlX4]

It is possibile to find The Lawrence Hall of Science on YouTube, TwitterFacebook and Flickr.

Previews of the app:

DIY Nano DIY Nano DIY Nano DIY Nano

Premio giovani ricercatrici e ricercatori


Il Gruppo 2003 per la ricerca scientifica indice la quarta edizione del "Premio giovani ricercatrici e ricercatori edizione 2025" per promuovere l'attività di ricerca e richiamare l'attenzione delle istituzioni e dell'opinione pubblica sulle nuove generazioni di scienziate e scienziati.



prossimo articolo

Discovered a New Carbon-Carbon Chemical Bond

A group of researchers from Hokkaido University has provided the first experimental evidence of the existence of a new type of chemical bond: the single-electron covalent bond, theorized by Linus Pauling in 1931 but never verified until now. Using derivatives of hexaarylethane (HPE), the scientists were able to stabilize this unusual bond between two carbon atoms and study it with spectroscopic techniques and X-ray diffraction. This discovery opens new perspectives in understanding bond chemistry and could lead to the development of new materials with innovative applications.

In the cover image: study of the sigma bond with X-ray diffraction. Credits: Yusuke Ishigaki

After nearly a year of review, on September 25, a study was published in Nature that has sparked a lot of discussion, especially among chemists. A group of researchers from Hokkaido University synthesized a molecule that experimentally demonstrated the existence of a new type of chemical bond, something that does not happen very often.