En six mois, la structure lausannoise a attiré 90 consommateurs désirant tester leurs stupéfiants. Le Canton réfléchit à l’avenir du dispositif.
Science & Blog
Learn more about NIRLAB and its scientific background.
The analysis of illicit drugs faces many challenges, mainly regarding the production of timely and reliable results and the production of added value from the generated data. It is essential to rethink the way this analysis is operationalised, in order to cope with the trend toward the decentralization of forensic applications.
Das Schweizer Startup Nirlab Narcotics hat ein Gerät entwickelt, mit dem man Drogen in fünf Sekunden auf Substanz, Dosierung und Reinheit testen kann. Wie geht das?
Um der großen Herausforderung der schnellen Erzielung zuverlässiger Ergebnisse bei der Analyse von Betäubungsmitteln begegnen zu können, liegt es nahe, sich neuer Technologien zu bedienen.
This article explores the development of an ultra-portable near-infrared detector connected to a mobile application, which allows analysis and display of results to end users within 5s. Additionally, strategies for deploying this technology within law enforcement organizations and forensic laboratories are discussed.
Potential of using NIR spectrophotometry to accurately and quickly measure THC content in cannabis inflorescences of different physical forms, and the advantages of this method for police control. Additional comparison of two different spectrophotometers to determine the best suited instrument.
Categories
How does Near-infrared spectroscopy work?
Near-infrared spectroscopy enables such things as the water, fat, sugar and protein content of food to be measured.
Categories
PA6 and PA66 distinguishing
While having different use cases, PA6 and PA66 have similar properties. It’s impossible for the naked eye to differentiate them.
Categories
Near-infrared spectroscopy in recycling
In the past, recycling by hand was required to reduce the impact of waste on our environment and loss of valuable resources.