US Quantum Stocks Surge After $2 Billion Government Investment 
Xiaomi Shares Drop After Weak Q1 Earnings Amid Rising Smartphone Costs 
Kentucky School District Secures $27 Million in Social Media Addiction Lawsuit Settlements 
SpaceX Starship V3 Test Flight Boosts IPO Momentum Ahead of Historic Market Debut 
MongoDB Q1 FY2027 Earnings Beat Expectations, Raises Full-Year Outlook 
Macquarie Names Five Taiwan AI Stocks Set to Benefit From Data Center Growth in 2026 
Snowflake Stock Soars 30% After Q1 Earnings Beat and Major AWS AI Partnership 
Meta AI Push Could Add $26 Billion in Revenue by 2027, Wolfe Research Says 
Mega IPOs Like SpaceX and OpenAI Could Reshape S&P 500 and Nasdaq 100 Portfolios in 2026 
Synopsys Q2 FY2026 Earnings Beat Driven by AI and Semiconductor Demand 
Marvell Stock Rises After Record Q1 FY2027 Earnings Fueled by AI Demand 
Huawei Chip Breakthrough Sparks Rally in Chinese Semiconductor Stocks 
SK Hynix Joins $1 Trillion Club as AI Chip Demand Fuels Stock Surge 
SpaceX Delays Starship V3 Launch Ahead of Potential Record IPO 
Dell Raises 2027 Revenue Forecast as AI Server Demand Drives Record Quarterly Results 
Samsung to Invest $1.5 Billion in Vietnam Semiconductor Testing Plant by 2027 
South Korean electronics giant Samsung recently revealed that it developed a new type of battery using the highly versatile material called graphene. The battery is reportedly capable of charging five times faster than conventional Lithium-ion batteries, which would fully charge it in only 12 minutes. This could have potentially huge implications for mobile devices, electric cars, and the tech industry as a whole.
As Futurism notes, graphene is a wondrous material with a whole host of impressive qualities. It’s strong, durable, versatile, and possesses powerful conductive properties. Samsung Advanced Institute of Technology (SAIT) researchers used these qualities to create what they call a “graphene ball,” which could potentially replace conventional Li-ion batteries.
In the company press release, Samsung lauded the capabilities of the new battery, noting its 45 percent increase in capacity and the 500 percent increase in charging speeds. The South Korean giant is particularly excited about the promising potential of the battery to corner the market in terms of mobile devices and electric cars.
“The breakthrough provides promise for the next generation secondary battery market, particularly related to mobile devices and electric vehicles,” the press release reads.
The effort to develop the method for creating the “graphene ball” was led by Son In-hyuk and the intent was to synthesize a 3D structure of the material to form a shape that roughly resembles popcorn. This would then allow the company to mass-produce the battery material, potentially revolutionizing the energy storage industry.
Since the Li-ion battery was first introduced, the industry has largely stagnated. Solid-state batteries have shown promise in changing things up a bit, but they are often more expensive than their liquid counterparts. What Samsung has managed to achieve with its new battery is significant because it can be a viable replacement to Li-ion at an affordable price.
