A new rule from the Drug Enforcement Administration (DEA) threatens to upend the American hemp industry, and could even result in criminal prosecutions for manufacturers of CBD and delta-8 THC products.
The DEA says the [interim final rule," issued Aug. 20, is simply a matter of adjusting its own regulations to account for changes to the Controlled Substances Act that were mandated by the 2018 Farm Bill (or Agricultural Improvement Act) that legalized hemp and CBD production. The new rule [merely conforms DEA`s regulations to the statutory amendments to the CSA that have already taken effect," says the agency. The new rule doesn`t break any ground, according to the DEA.
But many experts on cannabis and hemp law say the DEA rule creates a potential pathway the law enforcement agency could use to prosecute hemp processors and producers of CBD (cannabidiol) and delta-8 THC (or Δ8THC) products. There are two issues: partially processed CBD, and [synthetically derived" delta-8 THC.
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The circuit board integrated with the new carbon nanotube polymer has been successfully developed
Recently, researchers from the University of Tokyo in Japan have developed a scalable circuit board. This product is made of a new type of elastic material that can stretch like a rubber and stretch up to 1.7 times its original size without affecting any performance. According to Tianjin Bearing, the secret of this material lies in the integration of new carbon nanotube polymers. Although researchers have done similar research before, the density of nanotubes will lead to hardened materials. The University of Tokyo researchers solved this problem by mixing nanotubes with ionic liquids containing charged particles. This makes this material more than 500 times more conductive than any current commercial CNT polymer. This material can be applied to high-tech garments so that the circuit board can be attached to the garment better. In addition, this material can also be applied to the field of robots to create electronic skin, so that the robot can obtain more sensitive touch.