$Futu Holdings Ltd (FUTU.US)$ south korea has established a crisis command center and is waiting for the right time to recover north korea!

$Lucid Group (LCID.US)$ You can buy some puts. It is estimated that it will fall back to 2.5 in August. Compared with $Lucid Group (LCID.US)$ I am more inclined to $Rivian Automotive (RIVN.US)$ but it is best to $Tesla (TSLA.US)$ be able to lead a group of little brothers to take off. However, don't touch Chinese concept stocks in it $NASDAQ Golden Dragon China (.HXC.US)$ $XPeng (XPEV.US)$ $NIO Inc (NIO.US)$ $Li Auto (LI.US)$ $BYD Company ADR (BYDDY.US)$ a country led by a group of illiterate leaders, there is no hope, still playing with communism, what a joke

Good morning mooers! Here are things you need to know about today's Singapore:
●Singapore shares opened lower on Monday; STI down 1.01%
●Commodities face tough week as Fed angst builds
●Stocks and REITs to watch: Singtel, SPH Reit, Aspen
●Latest share buy back transactions
-moomoo News SG
Market Trend
Singapore shares opened lower on Monday. The $FTSE Singapore Straits Time Index (.STI.SG)$ decreased 1.01 per cent to 3,114.16 ...

$Metech Intl (V3M.SG)$ In the field of diamond single crystal synthesis, due to the fact that the chemical vapor deposition (CVD) method can only grow diamond single crystals on substrates with seed crystals, which belongs to two-dimensional growth and can only grow single layers, it is not suitable for synthesizing small-grain single crystals and cannot meet the demand for diamond single crystals in the industrial sector. Therefore, high-temperature high-pressure method (HTHP) is the mainstream in industrial applications.
In the cultivation of synthetic diamonds, based on current technological conditions, the high-temperature high-pressure method (HTHP) synthesizes cultivated diamonds mainly in a columnar form, with fast growth speed, low cost, slightly lower purity, but has overall advantages, especially in the synthesis of 1-5ct cultivated diamonds.
Chemical vapor deposition (CVD) synthesizes cultivated diamonds in a plate-like form, with difficult color control, long cultivation cycles, higher costs, but high purity, more suitable for synthesizing cultivated diamonds above 5ct.
Therefore, in the field of diamond single crystal synthesis, high-temperature high-pressure method (HTHP) dominates industrial applications; in the field of cultivating synthetic diamonds, they focus on different types of products and do not constitute a substitute relationship.