![]() That is the indication that was provided during ER that I am paying attention for the future. We will only be able to notice revenue in the P&L during earnings under the development revenue. Any Google implementation of of Samsung co-developed tech would go through Samsung. I believe that there will be no announcement of MMAT tech in Samsung products. The partnership would be a licensing model, and Samsung would more than likely take lead in ownership of how it is applied to products. It is impossible for Samsung to get around IP without including MMAT in co-development of products. That partnership is still there or that doc would not be still accessible on their website. That is where the DD gets to be difficult. They are the only one that I know that has the depth of knowledge spanning across multiple disciplines in metamaterial science.ĭD is difficult because white papers are not for normal investors and hard to understand and they are all over as public accessible. When you say there are hundreds, that gives the impression they are 1 in 100 companies. I do wish people that are long would be more careful on how they pose their questions here. MMAT will be bashed because it is easy for shorts to do so. Their movements that I see, with metaphotonics research with Samsung which many people do not see. The DD is difficult to decipher with MMAT, but I am quite confident whether most people realize or not, they have a bunch of contracts that are backlogged. I share your concern about the difference between “s” and no “s”, it is confusing, but the tone of your post does heavily favor that they do not have many partnerships. In the end, I really don't care what other companies are using meta materials, I have 110,000 combined shares of common and preferred Meta Materials Inc shares, (MMAT/George Palikaras) and I am all in and waiting for the hedge funds to stop shorting this or at-least be forced to cover so I can get what I came here for. It wasn’t until I started doing my DD that I realized that there are hundreds of other companies using metamaterials.Īnyway, I’m just trying to bring clarity to those who may be confused like I was at first. So every time I heard someone was using or planning to use a metamaterial, I too thought it was George’s Company. ![]() (MMAT/ George Palikaras) was behind all of the metamaterials in aerospace, imaging, lens etc. To be honest, before doing my DD, I actually thought Meta Materials inc. George naming the company meta materials is a little misleading but good marketing. The definition of Metamaterials is, “any material engineered to have a property that is not found in a naturally occurring material” Finally, phase-shifting and antenna miniaturization applications are suggested as potential areas that can leverage the benefits of this new MEMS metamaterial.In reading many of the posts here and on Twitter, I can understand why so many will read that Samsung or another company is using a metamaterial and immediately think it’s George’s Company Meta Materials, when it may not be. It is discovered that it is possible to create a left-handed metamaterial using MEMS resonators. Analysis of these models provides information about the potential behavior of a MEMS metamaterial. Then, I build models that can accurately describe a metamaterial constructed of MEMS unit cells. First, I determine the best type of MEMS resonator to use in a metamaterial. I analyze the prospects of a MEMS-based metamaterial. and ease of integration into standard applications and circuit fabrication techniques. The use of Micro-Electro-Mechanical Systems (MEMS) to create a new metamaterial could improve upon some of these shortcomings due to their small size, high Q. However, most current metamaterial realizations are plagued by high loss, large size, awkward structure, or difficult construction. Slight changes to a repeated unit cell can be used to tune the effective bulk material properties of a metamaterial, replacing the need to discover suitable materials for an application with the ability to design a structure for the desired effect. ![]() Metamaterials, materials that are constructed with arrays of small elements have significant potential to provide material properties that are useful for electromagnetic applications but are not found in nature.
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