Bitcoin (btc)$82,690.00↑ 1.29%
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Tether (usdt)$0.999184↓ 0.00%
BNB (bnb)$739.48↑ 1.53%
XRP (xrp)$1.33↑ 2.37%
USDC (usdc)$0.999733↓ 0.02%
Solana (sol)$106.06↑ 1.24%
TRON (trx)$0.330752↓ 0.19%
Figure Heloc (figr_heloc)$1.025↑ 0.34%
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WhiteBIT Coin (wbt)$80.87↑ 1.37%
Bitcoin (btc)$82,690.00↑ 1.29%
Ethereum (eth)$2,445.71↑ 2.08%
Tether (usdt)$0.999184↓ 0.00%
BNB (bnb)$739.48↑ 1.53%
XRP (xrp)$1.33↑ 2.37%
USDC (usdc)$0.999733↓ 0.02%
Solana (sol)$106.06↑ 1.24%
TRON (trx)$0.330752↓ 0.19%
Figure Heloc (figr_heloc)$1.025↑ 0.34%
Zcash (zec)$1,263.33↑ 10.56%
Hyperliquid (hype)$81.46↑ 3.02%
Dogecoin (doge)$0.081547↑ 2.72%
Monero (xmr)$576.62↓ 3.85%
USDS (usds)$1.001↑ 0.07%
WhiteBIT Coin (wbt)$80.87↑ 1.37%

Xanadu Advances Quantum Error Correction with Photonic Qubits to Reduce Resource Demands – Draper Decentralized – 4.9.25

Published April 9, 2025

Canadian quantum computing company Xanadu has demonstrated a new method of enacting any quantum error correction code using photonic qubits, paving the way for more efficient, fault-tolerant quantum systems. The research, published in *Physical Review Letters*, could significantly reduce the hardware overhead required for scalable quantum computing.