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- RENE vs LWLG Comparison
RENE vs LWLG Comparison
Compare RENE & LWLG Stocks: Price Trends, ML Decisions, Charts, Trends, Technical Analysis and more.
- Machine Learning Prediction
- ML Decision
- RENE
- LWLG
- Stock Information
- Founded
- RENE 2021
- LWLG 1991
- Country
- RENE United States
- LWLG United States
- Employees
- RENE N/A
- LWLG N/A
- Industry
- RENE Blank Checks
- LWLG Containers/Packaging
- Sector
- RENE Finance
- LWLG Industrials
- Exchange
- RENE Nasdaq
- LWLG Nasdaq
- Market Cap
- RENE 153.8M
- LWLG 126.0M
- IPO Year
- RENE 2022
- LWLG N/A
- Fundamental
- Price
- RENE $11.92
- LWLG $0.93
- Analyst Decision
- RENE
- LWLG
- Analyst Count
- RENE 0
- LWLG 0
- Target Price
- RENE N/A
- LWLG N/A
- AVG Volume (30 Days)
- RENE 96.5K
- LWLG 869.4K
- Earning Date
- RENE 01-01-0001
- LWLG 05-09-2025
- Dividend Yield
- RENE N/A
- LWLG N/A
- EPS Growth
- RENE N/A
- LWLG N/A
- EPS
- RENE 0.40
- LWLG N/A
- Revenue
- RENE N/A
- LWLG $95,605.00
- Revenue This Year
- RENE N/A
- LWLG N/A
- Revenue Next Year
- RENE N/A
- LWLG N/A
- P/E Ratio
- RENE $29.52
- LWLG N/A
- Revenue Growth
- RENE N/A
- LWLG 136.05
- 52 Week Low
- RENE $11.18
- LWLG $0.79
- 52 Week High
- RENE $11.94
- LWLG $4.36
- Technical
- Relative Strength Index (RSI)
- RENE 67.55
- LWLG 41.03
- Support Level
- RENE $11.83
- LWLG $0.87
- Resistance Level
- RENE $11.93
- LWLG $1.05
- Average True Range (ATR)
- RENE 0.01
- LWLG 0.10
- MACD
- RENE 0.00
- LWLG 0.01
- Stochastic Oscillator
- RENE 81.82
- LWLG 35.00
About RENE Cartesian Growth Corporation II
Cartesian Growth Corp II is a blank check company.
About LWLG Lightwave Logic Inc.
Lightwave Logic Inc is a United States-based development stage company moving toward commercialization of next-generation electro-optic photonic devices made on its P2IC technology platform which uses in-house proprietary high-activity and high-stability organic polymers. Electro-optical devices convert data from electric signals into optical signals for multiple applications. It designs and synthesizes organic chromophores for use in its own proprietary electro-optic polymer systems and photonic device designs.