Breakdown | |||||
TTM | Mar 2024 | Mar 2023 | Mar 2022 | Mar 2021 | Mar 2020 |
---|---|---|---|---|---|
Income Statement | Total Revenue | ||||
23.35B | 19.14B | 15.44B | 12.58B | 11.14B | 9.30B | Gross Profit |
6.24B | 5.01B | 4.26B | 3.61B | 3.29B | 2.90B | EBIT |
1.18B | 522.80M | 512.03M | 658.58M | 779.67M | 725.34M | EBITDA |
1.73B | 1.06B | 1.11B | 1.07B | 4.02B | 1.70B | Net Income Common Stockholders |
750.91M | 300.03M | 347.42M | 306.77M | 2.46B | 880.95M |
Balance Sheet | Cash, Cash Equivalents and Short-Term Investments | ||||
5.61B | 5.62B | 5.89B | 5.67B | 6.09B | 3.40B | Total Assets |
18.13B | 18.45B | 15.52B | 13.83B | 15.56B | 15.45B | Total Debt |
206.88M | 229.08M | 290.22M | 596.35M | 680.22M | 822.91M | Net Debt |
-5.40B | -5.39B | -5.60B | -5.08B | -5.41B | -2.58B | Total Liabilities |
5.99B | 5.89B | 4.59B | 3.99B | 5.11B | 5.89B | Stockholders Equity |
10.48B | 11.10B | 9.58B | 8.79B | 9.67B | 9.04B |
Cash Flow | Free Cash Flow | ||||
0.00 | -40.32M | 661.04M | -807.96M | -188.75M | 1.02B | Operating Cash Flow |
0.00 | 671.80M | 978.19M | -466.93M | 234.72M | 1.46B | Investing Cash Flow |
0.00 | -894.61M | -975.89M | -365.02M | 2.42B | -272.78M | Financing Cash Flow |
0.00 | -59.70M | 216.33M | 407.70M | 34.32M | 316.26M |
Name | Overall Rating | Market Cap | P/E Ratio | ROE | Dividend Yield | Revenue Growth | EPS Growth |
---|---|---|---|---|---|---|---|
78 Outperform | ¥36.64B | 34.65 | ― | 29.12% | 238.06% | ||
76 Outperform | ¥26.50B | 19.65 | 2.12% | 20.63% | 21.52% | ||
67 Neutral | ¥52.18B | 172.35 | ― | 24.81% | -58.00% | ||
66 Neutral | ¥30.20B | 25.39 | ― | 0.14% | -21.25% | ||
66 Neutral | ¥49.53B | 40.91 | 0.20% | 25.42% | 36.27% | ||
62 Neutral | $11.70B | 10.39 | -7.10% | 2.92% | 7.45% | -8.42% |
Quemix Inc., part of the TerraSky Group, has achieved a significant breakthrough in quantum computing by demonstrating the potential of aluminum nitride for new applications. This was accomplished through a collaboration with Asahi Kasei Corporation, the University of Tokyo, and the National Institutes for Quantum Science and Technology, using a hybrid computing system. This pioneering effort marks the first successful execution of an algorithm for FTQC on a logic bit using a quantum error detection code on an actual quantum computer, potentially impacting the future of quantum computing and its applications.