Damus
Open in Damus
SatStacka profile picture
SatStacka
@BlokchainB

I love btc

npub18zc85v0nkg7maw04nh4hhmzmnych876qygsxnq8nszwsk69tl9vscy44j4npub
Relays (12)
  • ws://umbrel:4848 – read & write
  • wss://wot.utxo.one – read & write
  • wss://nos.lol – read & write
  • wss://nostr.land – read & write
  • wss://offchain.pub – read & write
  • wss://relay.snort.social – read & write
  • wss://nostr.oxtr.dev – read & write
  • wss://hist.nostr.land – read & write
  • wss://eden.nostr.land – read & write
  • wss://relay.damus.io – read & write
  • wss://atlas.nostr.land – read & write
  • wss://relay.nostrhub.tech – read & write

Recent Notes

BlokchainB profile picture
Terahertz (THz) radiation, being part of the electromagnetic spectrum, lies at the boundary of electronics and optics, positioned between microwaves (used, for example, in Wi-Fi) and infrared. Although it holds immense potential for applications that include inspecting packages without harmful X-rays, superspeed 6G communication, and spectroscopy and imaging of organic compounds, turning this potential into precise and sensitive measurements has been technically very difficult. In the past few years, scientists have made major strides in both generating and detecting terahertz radiation, yet until now they had not been able to measure a frequency comb in this region with the required precision.