2024年9月30日 · Get real-time United Parcel Service (UPS) stock price quotes, analyst insights, forecasts, news, and information you need to help your stock trading and investing.

2025年3月13日 · Research United Parcel Service's (SNSE:UPS) stock price, latest news & stock analysis. Find everything from its Valuation, Future Growth, Past Performance and more.

2025年3月13日 · Fintel reports that on March 13, 2025, Truist Securities initiated coverage of United Parcel Service (SNSE:UPS) with a Buy recommendation. What is the Fund Sentiment? There are 3,258 funds or...

2025年1月31日 · Fintel reports that on January 31, 2025, Baird downgraded their outlook for United Parcel Service (SNSE:UPS) from Outperform to Neutral. What is the Fund Sentiment? There are 3,190 funds or...

2024年10月21日 · Fintel reports that on October 21, 2024, Barclays downgraded their outlook for United Parcel Service (SNSE:UPS) from Equal-Weight to Underweight. What is the Fund Sentiment? There are 3,229 funds...

United Parcel Service is forecast to grow earnings and revenue by 8.5% and 2.1% per annum respectively. EPS is expected to grow by 9.8% per annum. Return on equity is forecast to be 40.6% in 3 years. Key information. 8.5% Earnings growth rate. 9.8% EPS growth rate. Logistics earnings growth. 0% Revenue growth rate. 2.1% Future return on equity.

2024年12月18日 · United Parcel Service's latest twelve months return on common equity is 31.5%. View United Parcel Service, Inc.'s (SNSE:UPS) Return on Common Equity trends, charts, and more.

2023年12月19日 · Fintel ®. Login; Features PREMIUM; Quant Models; Options Flow; Dividend Calendar

2023年4月30日 · SnSe is a layered metal chalcogenide with potential ambipolar applications. However, the scale of devices is subject to limitation of milli/centi-meter-sized two-dimensinal (2D) flakes. Here, we demonstrate the preparation of wafer-scale SnSe ambipolar thin …

2016年12月16日 · Our results demonstrate that macroscopic thickness control of layered materials is feasible and that MBE-grown SnSe 2 on mica can serve as a model system to study thickness-dependent physical and chemical properties of layered materials.