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Innovative silicon spikes provide a 96% virus eradication rate upon contact

A virus on the nano-spiked silicon surface is 65,000 times bigger than it really is. It has already started to leak after an hour.A group of researchers from around the world, led by RMIT University, has created a surface that kills viruses. This could help stop the spread of disease in hospitals, labs, and other … ....

South Australia , Yelena Ivanova , Samson Mah , Phuch Le , Davida Jans , Denverp Linklater , Vassil Tzanov , Samson Wl Mah , Vladimir Baulin , Danielj Eyckens , Elenap Ivanova , Vladimira Baulin , Saulius Joudkazis , Edwin Mayes , Ranya Simons , Chaitali Dekiwadia , Soichiro Saita , Nataliea Borg , Graeme Moad , Universitat Rovirai Virgili , Natalie Borg , Swinburne University , Melbourne Centre For Nanofabrication , Monash University , Research Hub For Australian Steel Manufacturing , Kaiteki Institute ,

Revolutionary Silicon Spikes Destroy 96% of Viruses on Contact

An international research team led by RMIT University has designed and manufactured a virus-killing surface that could help control disease spread in hospitals, labs, and other high-risk environments. The surface made of silicon is covered in tiny nanospikes that skewer viruses on contact. Lab te ....

South Australia , Natalie Borg , Samson Mah , Denverp Linklater , Phuch Le , Saulius Joudkazis , Graeme Moad , Danielj Eyckens , Samson Wl Mah , Chaitali Dekiwadia , Davida Jans , Elenap Ivanova , Vladimira Baulin , Yelena Ivanova , Nataliea Borg , Ranya Simons , Vladimir Baulin , Edwin Mayes , Soichiro Saita , Universitat Rovirai Virgili , Vassil Tzanov , Kaiteki Institute Japan , Swinburne University , Team Ivanova , Research Scholarship , Melbourne Centre For Nanofabrication ,