It's thought that such a powerful magnetic field might turn a photon into an axion, thus revealing the hypothetical particle to be real. Researchers are trying to tackle dark matter from all sides to uncover whatever information they can. But why is dark matter so important? If it's so ...
The smaller neutral axion and the uncharged photinos — both theoretical particles — are also potential placeholders for dark matter. There is also such a thing asantimatter, which is not the same as dark matter. Antimatter consists of particles that are essentially the same as visible matter ...
The presence of DM particles would suggest that thrust from the emerging near-photon-like particle would be greater than with conventional photon rockets. This amplifies and improves on an "axion rocket ramjet" for interstellar travel. It is assumed that the same methodology used in an axion ...
and now is a good time to study what we can learn from them. In this webinar, I will discuss that much more information than the energy scale of inflation can be extracted from PGWs by using a model as an example. In the model, SU(2) gauge fields coupled to axion generate detectable...
比如与强相互作用CP破坏相联系的轴子(axion)或相关的类轴子粒子(axion-like particles)等. 2 暗物质直接探测 理论研究表明暗物质极有可能与常规物质有微弱的非引力相互作用, 这意味暗物质是有可能被实验室仪器探测到的. 暗物质与常规物质相互作用的探测机制研究, 大致可分为空间探测、地面/地下探测、对撞机探测等...
The presence of DM particles would suggest that thrust from the emerging near-photon-like particle would be greater than with conventional photon rockets. This amplifies and improves on an "axion rocket ramjet" for interstellar travel. It is assumed that the same methodology used in an axion ...
If the result continues to withstand scrutiny, it would appear to be evidence for an exotic new sort of fundamental particle, known as an axion, which could also be a type of dark matter. 查看完整题目与答案 【单选题】同业拆借:指具有法人资格的金融机构及经法人授权的非法人金融机构分支机构...
(weakly interacting massive particles) that would have 1 to 1,000 times more mass than a proton. Another candidate is the axion, a particle ten-trillionth of the mass of an electron. In theory, axions would convert to a particle of detectable light (called aphoton) in the presence of a...
"Why is this?" Lombardo added. "The leading explanation is that the term is not zero, but is cancelled out by the presence of a 'neutralizing' particle called the axion, which has yet to be discovered." So the detection of the axion would solve a quantum-physics puzzle as well as a...
Caroline Delbert is a writer, avid reader, and contributing editor at Pop Mech. She's also an enthusiast of just about everything. Her favorite topics include nuclear energy, cosmology, math of everyday things, and the philosophy of it all. ...