Posts Tagged: "California Institute of Technology"

Evolution of Technology: Roger Angel’s honeycomb mirrors enable extremely large telescopes

The use of larger mirrors enabled the creation of more powerful telescopes over time. However, by the 1970s the size of the mirror itself was becoming a limiting factor on building better telescopes as larger mirrors were prone to deforming. To address this, scientists began looking at creating large mirrors for astronomical telescopes by fusing together many smaller mirrors in a honeycomb structure. This year, the National Inventors Hall of Fame inducted a new member for his contributions to the production of large mirrors for astronomical telescopes: British-born astronomer J. Roger P. Angel. This Friday, August 19th marks the 30th anniversary of the issue date of the patent for which Angel was inducted.

Caltech’s infringement lawsuit against Apple, Broadcom is latest in university patent suit trend

According to multiple reports, the Caltech patents-in-suit are incorporated into both the 802.11n and 802.11ac wireless connectivity standards, which are used by Apple products to communicate digital information. This latest patent infringement lawsuit is part of a growing trend where universities find themselves forced to file suit in U.S. district courts in order to protect their patent rights. They are forced to sue because those that infringe the patents refuse to take licenses on reasonable terms, they refuse to negotiate, and they refuse even to return calls. They choose to infringe with eyes wide open because they feel like they can. This is the face of what is called efficient infringement.

VRC01 and broadly neutralizing antibodies are increasing options for HIV/AIDS treatments

Proteins like VRC01 are referred to as broadly neutralizing antibodies (bNAbs), a type of broad spectrum antibody which is effective in treating against infections of viruses with high mutation rates, such as HIV as well as influenza. It’s thought that VRC01 and other bNAbs useful in treating HIV-infected patients is capable of identifying the envelope spike of a single HIV viral agent to inhibit or neutralize its effects… Gene editing tools may also be part of the solution that rids HIV/AIDS from the human race for good. The discovery of clustered regularly-interspaced short palindromic repeats (CRISPR) and CRISPR-associated proteins (Cas) has given scientists hope that they’ll be able to efficiently edit genomes with a high degree of precision and flexibility.