Compare Hyatt Hotels Corporation (H) vs Quantum Computing Inc (QUBT) Price & Performance
Price performance (Past 24H)
Key statistics
Key statistics
Hyatt Hotels Corporation vs Quantum Computing Inc — how do they compare? Hyatt Hotels Corporation trades at $189 (market cap $17.85B), while Quantum Computing Inc trades at $8.29 (market cap $1.79B). The key difference: Hyatt Hotels Corporation is far larger — about 10× Quantum Computing Inc's market cap, and Hyatt Hotels Corporation pays a 0.32% dividend while Quantum Computing Inc pays none. Which is the better fit depends on your goals.
| H | QUBT | |
|---|---|---|
Market Cap | $17.85B | $1.79B |
Sector | Consumer Cyclical | Technology |
52-Week High | $202.09 | $24.62 |
52-Week Low | $135.01 | $6.31 |
Enterprise Value | $21.69B | $803.83M |
Dividend Yield | 0.32% | — |
Returns comparison
Trailing returns across standard periods
Returns comparison
Trailing returns across standard periods
About Hyatt Hotels Corporation
Hyatt is an operator of 1,162 owned (5% of total rooms) and managed and franchise (95%) properties across roughly 20 upscale luxury brands, which includes vacation brands (Apple Leisure Group, Hyatt Ziva and Hyatt Zilara), the recently launched full-service lifestyle brand Hyatt Centric, the soft lifestyle brand Unbound, and the wellness brand Miraval. Hyatt acquired Two Roads in November 2018 and Apple Leisure Group in 2021. The regional exposure as a percentage of total rooms is 66% Americas, 18% Asia-Pacific, and 16% rest of world.
Read more on H →About Quantum Computing Inc
Quantum Computing Inc. is a company focused on providing accessible quantum computing and quantum-enhanced software solutions for complex problems. The company's technology is designed to run on both classical and quantum hardware, enabling businesses to explore the power of quantum computing today for applications in finance, drug discovery, and logistics. QUBT offers a platform that makes quantum algorithms and software available through the cloud, aiming to democratize access to this advanced computing paradigm.
Read more on QUBT →
