Company Overview
Snapshot
Founded in July 2022 by Moshe Ben Shalom, SlideTro operates with 1–10 employees. The company has secured funding across one round from one investor. In November 2022, researchers from Tel Aviv University, who established SlideTro, announced the discovery of two-dimensional crystals with unique electric potential control, forming the basis for the company's tunneling devices.
Business overview
SlideTro is an Industrial Technologies company developing high-speed, low-energy, and small-footprint memory and data storage devices. The company leverages 2-dimensional ferroelectric materials that utilize discrete sliding of Van der Waals bonds to store data. SlideTro operates within the Microelectronics & Photonics Solutions sector, focusing on quantum computing applications.
Strategic signal
In November 2022, researchers from Tel Aviv University, who founded SlideTro, announced a breakthrough in two-dimensional crystals exhibiting unique electric potential control. This discovery is pivotal for information technology and novel electro- and opto-mechanical applications, signaling SlideTro's potential to innovate in low-power electronics and non-volatile memories by developing tunneling devices based on this technology.
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- When was SlideTro founded and by whom?
- SlideTro was founded in July 2022 by Moshe Ben Shalom.
- What is SlideTro's core technology?
- SlideTro develops memory and data storage devices using 2-dimensional ferroelectric materials that store data via discrete sliding of Van der Waals bonds.
- What significant research breakthrough underpins SlideTro's technology?
- In November 2022, researchers from Tel Aviv University, who established SlideTro, discovered two-dimensional crystals that allow for unique control of distinct electric potential steps by sliding atomically thin layers. This research forms the basis for SlideTro's tunneling devices.
- What are the potential applications of SlideTro's technology?
- SlideTro's technology, based on two-dimensional ferroelectric materials, is expected to enable a wide variety of devices, including low-power electronics and non-volatile memories.