K-e-t-o Trim Fast | Does Trim Fast k-e-t-o Works or Not! v1

Keto Trim Fast is becoming more popular daily. According to one recent study published by the Diabetes, Obesity, and Metabolism Journal, Keto Trim Fast stands out for its ability to burn fat for energy instead of carbohydrates. Known as ketosis, this action effectively increases weight loss and boosts energy. Additionally, Keto Trim Fast has been named the “Holy Grail” of weight loss by TV doctor Oz. OFFICIAL WEBSITE

The holy grail of pyrene-based surface ligands on the sensitivity of graphene-based field effect transistors

Graphene has witnessed intensive research interest due to its remarkabe charge mobility and the efforts in the use of graphene-based field effect transistors (GFET) for sensing of biological biomarkers is...

What the #®¥§≠$@ is Creativity?

Creativity is The Holy Grail of the Cognitive Sciences and it is very important for researchers in the Computer Sciences and AI fields. Although all attempts to explain and replicate intelligence have so far failed, the quest remains a key part of their research. This paper takes two innovative approaches. First, we see cognitive processes as involving rule-followingand as flexible, even chaotic, heuristics. This first concept uses a multi-heuristic concept without any complexes as mixed-cognition. Second, we propose abduction which, though seldom employed in this specific debate, is nonetheless a good way to explore creativity. Using both strategies, along with analysis of specific human creativity cases, we suggesta new cognitive paradigm that is both more realistic and truthful than hitherto. The idea is to offer a new way to achieve more powerful, complex artificial reasoning systems.

Enhancing Methane Conversion by Modification of Zn States in Co-Reaction of MTA

Limited by harsh reaction conditions, the activation and utilization of methane were regarded as holy grail reaction. Co-reaction with methanol, successfully realizing mild conversion below 450 °C, provides practical strategies for methane conversion on metal-loaded ZSM-5 zeolites, especially for highly efficient Zn loaded ones. However, Zn species, regarded as active acid sites on the zeolite, have not been sufficiently studied. In this paper, Zn-loaded ZSM-5 zeolite was prepared, and Zn was modified by capacity, loading strategy, and treating atmosphere. Apparent methane conversion achieves 15.3% for 1.0Zn/Z-H2 (16.8% as calculated net conversion) with a significantly reduced loading of 1.0 wt.% against deactivation, which is among the best within related zeolite materials. Besides, compared to the MTA reaction, the addition of methane promotes the high-valued aromatic production from 49.4% to 54.8%, and inhibits the C10+ production from 7.8% to 3.6%. Notably, Zn2+ is found to be another active site different from the reported ZnOH+. Medium strong acid sites are proved to be beneficial for methane activation. This work provides suggestions for the modification of the Zn active site, in order to prepare highly efficient catalysts for methane activation and BTX production in co-reaction with methanol.