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Sitemap: http://www.liangwu-lab.com/sitemap.xml User-agent: NerdyBot Disallow: / User-agent: * Disallow: /ajax/ Disallow: |
Title | Wu Lab - |
Description | Shining light on topological & correlated Wu Lab Home Openings Publications People Online Talks Techniques Gallery Workshop Shining l ight on topological & correlated materials Quantum AFM spint |
Keywords | N/A |
WebSite | liangwu-lab.com |
Host IP | 199.34.228.72 |
Location | United States |
Site | Rank |
US$1,613,793
Last updated: 2023-05-17 13:44:46
liangwu-lab.com has Semrush global rank of 6,558,650. liangwu-lab.com has an estimated worth of US$ 1,613,793, based on its estimated Ads revenue. liangwu-lab.com receives approximately 186,207 unique visitors each day. Its web server is located in United States, with IP address 199.34.228.72. According to SiteAdvisor, liangwu-lab.com is safe to visit. |
Purchase/Sale Value | US$1,613,793 |
Daily Ads Revenue | US$1,490 |
Monthly Ads Revenue | US$44,690 |
Yearly Ads Revenue | US$536,276 |
Daily Unique Visitors | 12,414 |
Note: All traffic and earnings values are estimates. |
Host | Type | TTL | Data |
liangwu-lab.com. | A | 14399 | IP: 199.34.228.72 |
liangwu-lab.com. | NS | 14400 | NS Record: dns201.a.register.com. |
liangwu-lab.com. | NS | 14400 | NS Record: dns013.c.register.com. |
liangwu-lab.com. | NS | 14400 | NS Record: dns040.b.register.com. |
liangwu-lab.com. | NS | 14400 | NS Record: dns083.d.register.com. |
Wu Lab Home Openings Publications People Online Talks Techniques Gallery Workshop Shining l ight on topological & correlated materials Quantum AFM spintronics Nature Nanotechnology 16, 782-787 (2021) Phys. Rev. Lett. 127, 187201 (2021) Nature Photonics 12 , 73–78 (2018) More Topological semimetals Nature Communications, 12, 154 (2021) npj Quantum Materials 5, 96 (2020) PNAS 117, (44) 27104-27110 (2020) Nature Physics 13, 350-355 (2017) More Topological superconductors & insulators Phys. Rev. Lett. 130, 096901 (2023) Science 354, 1124-1127 (2016) Phys. Rev. Lett. 115, 217602 (2015) Nature Physics 9, 410-414 (2013) More Kagome systems Nature Physics 18, 1470-1475 (2022) Research Interests We develop and utilize time-resolved and nonlinear optical techniques in both the terahertz (THz) and optical frequency regimes to study and control properties of materials broadly known as ’’quantum materials’’, which are topological and correlated materials. In this class of matter, collective |
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