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Samsung to develop a floating Nuclear Power Plant



Samsung has always strengthened its own ecosystem, based on its offshore manufacturing capabilities, Samsung Heavy Industry plans to develop a floating reactor power plant model of up to 800MW with Seaborg in this running year 2022.

The news firm ‘businesskorea‘ revealed Samsung Heavy Industries CEO ‘Jung Jin-taek’, stating that “We are concentrating our capabilities on developing innovative products based on carbon-neutral energy sources ranging from renewable energy to nuclear power.”

Samsung Heavy Industry has announced that it will develop offshore nuclear power plant facilities. The Company has signed an MOU on the 7th of April 2022 with Seaborg, Which is a compact molten salt reactor developer, to develop a floating nuclear power plant facility using CMSRs.

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What are CMSRs?

It is a class of nuclear fission reactor in which a primary nuclear reactor coolant and fuel material molten salt mixture are put together in different chambers. These are safer reactors than conventional reactors because they operate with the fuel already in a molten state. In which the fuel mixture is designed to drain from the core where it will solidify preventing the nuclear meltdown which is directly associated with a hydrogen explosion, for example, that happened in Fukushima nuclear disaster in Japan.

CMSRs can generate electricity with high efficiency without emitting carbon dioxide by using such molten fission energy in a nuclear reactor, and they are generally compact than large size reactors.

Samsung applying this technology with Seaborg because of its expertise in the field of this compact solidifying molten compact reactors as it is less bulky to prepare a floating nuclear power reactor.

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Seaborg is a company in Copenhagen, Denmark. Researching and developing nuclear-capable technologies. Seaborg started in the year 2014 where three physicists were brewing beer and discussing existential matters. Today it is employed with the top class 80 Nuclear Engineers, and also operates a couple of licensed nuclear laboratories.

The statement about Seaborg collaborating with Samsung ” We expect the commercialization of offshore nuclear power plant that will accelerate technical cooperation with Samsung Heavy Industries, a global shipbuilder,” said Troels Schonfeldt, founder and CEO of Seaborg.

Hey, Camila is here! From the very beginning, I love using Samsung phones like a die-hard fan. Apart from detailing One UI features for readers, I love exploring different apps of the Samsung ecosystem with a cup of tea!

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Samsung Galaxy A53 blesses with Android 14 One UI 6.0 Beta update



Samsung One UI 6 Beta Galaxy A53

Samsung has finally opened the One UI 6 Beta program based on Android 14 for one more Galaxy A series smartphone – the Galaxy A53. This beta update is currently available in India for the Galaxy A53 smartphone.

Users of the Samsung Galaxy A53 smartphone in India can now join the One UI 6 beta program to test the new features ahead of the official release. According to the information, the beta update comes with One UI build version A536EXXU7ZWIA.

One UI 6 is based on Android 14 and offers a refreshed user interface, enhanced privacy and security options, redesigned notifications and quick settings, improved performance and battery life, and more.

How to join Beta Program

To participate in the One UI Beta Program, you must register through the Samsung Members app on your device:

  1. In the Samsung Members app, log in with your Samsung Account. If you do not have a Samsung Account, create one.
  2. Select “Notice > Registration for One UI Beta Program.”
  3. Complete and submit the application form.

If you meet the participation criteria, you will be enrolled in the One UI Beta Program.

Samsung Galaxy A53 One UI 6 update

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Top 3 Best Chargers for Samsung Galaxy S23 Ultra in the US [2023]



Samsung Lock screen clock One UI 6

Samsung doesn’t offer a free charging adapter with your new Galaxy S23 Ultra. The company sells genuine accessories if you don’t have one already, while there are some third-party providers too.

The Galaxy S23 Ultra support fast charging up to 45W, while you can also use the most famous 25W Samsung adapter. Below, we are listing the top 3 best chargers for your Samsung Galaxy S23 Ultra, available in the US.

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Samsung 25W Wall Charger USB C Adapter

Samsung’s 25W Wall Charger does the job for Android devices as well as devices that run different operating systems. For this Wall Charger, the size of your devices isn’t a problem; from earbuds to laptops, take advantage of an ideal charging time for your devices at speeds they can manage to handle.

Samsung 45W USB-C Fast Charging Wall Charger

Samsung’s 45W Super Fast Charge adapter brings Power Delivery (PD) technology to provide the most efficient charge possible. It delivers up to 3 Amp to give your phone power at a much faster rate than your standard 1A or 700mA charger.

Anker USB C Charger (Nano II 45W)

Anker 713 Charger (Nano II 45W) has the power you need to charge your Samsung Galaxy devices from a single tiny charger. It comes with high-speed charging, downsized design, which is 34% smaller than an original 45W USB-C charger and powered by GaN II Technology.

* Specs as described by the OEM.

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5G Network Slicing Poised for Growth, Samsung and KDDI Lead the Way



Samsung KDDI

Samsung officially announced that it has signed a business agreement (MOU) with Japan’s mobile carrier KDDI for the development of 5G network slicing technology. Both companies to strengthen cooperation to discover new 5G business models and various commercial services using network slicing.

KDDI and Samsung demonstrated the world’s first 5G network slicing technology in 2020 and succeeded in verifying the network slicing technology using a base station intelligent controller (RAN Intelligent Controller) in a 5G stand-alone commercial network environment in downtown Tokyo, Japan, earlier this year.

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Network slicing is a core technology that can promote the spread of various services in future 5G and next-generation communication networks, and the market size is expected to record a high average annual growth rate of about 50 percent from 2023 to 2030.

Network slicing is a technology that divides one physical mobile communication network into multiple independent virtual networks, and can simultaneously provide customized communication for various services, such as autonomous driving that requires ultra-low latency or live broadcasting of high-definition sports games that require ultra-high speed.

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