Getting close. To make it a reality, we need to see some serious improvements in materials science and small mobile fusion reactors. I'm invested in both sectors.
Nanoarchitected materials are at the frontier of metamaterial design and have set the benchmark for mechanical performance in several contemporary applications. However, traditional nanoarchitected designs with conventional topologies exhibit poor ...
Getting close. To make it a reality, we need to see some serious improvements in materials science and small mobile fusion reactors. I'm invested in both sectors.
Nanoarchitected materials are at the frontier of metamaterial design and have set the benchmark for mechanical performance in several contemporary applications. However, traditional nanoarchitected designs with conventional topologies exhibit poor ...
They have been gassing me up my whole life from armored core, zone of the enders and Gundam to be a space fascist.
I can't wait.
Slap my ass with a neural link, suit me up and suspend my body in a g shock stabilizing fluid!
I image though it will be a little like quasimorph or moon where you sell an image of your mind and they just use it over and over again for skilled pilots.
Getting close. To make it a reality, we need to see some serious improvements in materials science and small mobile fusion reactors. I'm invested in both sectors.
Nanoarchitected materials are at the frontier of metamaterial design and have set the benchmark for mechanical performance in several contemporary applications. However, traditional nanoarchitected designs with conventional topologies exhibit poor ...
Japan’s new Prime Minister, Sanae Takaichi, has firmly placed fusion energy at the heart of her administration’s ambitious goal to achieve 100% energy self-sufficiency. In a policy speech to the Diet last week, Prime Minister Takaichi underscored her commitment, stating her government will...
fusionxinvest.com
...something about us still using heat, steam, and turbines does frustrate me.
The stock holdings of the TINT and TINY ETFs are a good place to start looking for smart materials and nanotechnology investments. Eventually, nanotech will go into a bubble like AI and semiconductor stocks currently are, maybe in 8 years or so. My weighting into this sector is mostly taken by graphene companies like GMG and HG at the moment, as they are closest to commercialization and big breakthroughs, but I will diversify gains into more niches as things progress.
ProShares Smart Materials ETF (TINT) seeks to provide opportunities to invest in the widening industrial applications of smart materials. Learn more about TINT.
ProShares Nanotechnology ETF (TINY) invests in companies that have business operations in the field of nanotechnology. Learn more about TINY.
www.proshares.com
As for fusion energy, most are private right now and can only be accessed by accredited investors. However, there is one public pure-play fusion energy company that has a chance, American Fusion (OTC: AMFN) and I hold some shares as a long shot lottery ticket. I also hold Nano Nuclear Energy (NASDAQ: NNE), and while they're focusing on fission SMRs/MMRs, what most people don't know is that they acquired the assets of UltraSafe Nuclear (USNC) which had entered into a contract with the DoW to provide microreactors for lunar and cis-lunar space craft and space stations. The other partner company in that contract is Avalance Fusion (formerly Avalance Energy), and they're working on aneutronic fusion the same as American Fusion, and USNC was going to provide various components.
@Schwarzwald In fact, you probably have access to all of the tools you need to build a demo fusion reactor at the company shop. Aneutronic fusion and low-energy fusion (with platinum/palladium lattice catalyst) are where it's at.
@Schwarzwald In fact, you probably have access to all of the tools you need to build a demo fusion reactor at the company shop. Aneutronic fusion and low-energy fusion (with platinum/palladium lattice catalyst) are where it's at.