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The annual Boxing Day sales are just around the corner now but there are already amazing deals to be had at many retailers. Today's deals are so good, in fact, that there's a strong argument for picking them up early ahead of the big day itself. Some of my favourite deals from Black Friday are back today on several models, and in some cases, some of these deals are even cheaper than those from a few weeks ago. A few examples of today's record-low price deals include the excellent LG B4 OLED TV for an almost unbelievable price , the Nikon Z6 III at Jessops, and the Google Pixel 8 Pro with a free Fitbit . These are all highly rated products here at TechRadar and I highly doubt they'll go any lower on the big day itself due to their popularity. You can see more of today's best deals below, or head on over to our main page for even more highlights this week. We'll update that page daily with excellent deals from Amazon, Currys, and many other retailers, so don't hesitate to bookmark and revisit. Today's 10 best deals ahead of Boxing Day More early Boxing Day sales

NEW BRITAIN, Conn. (AP) — Jayden Brown had 17 points in Cent. Conn. St.'s 64-56 victory against Binghamton on Sunday. Brown added eight rebounds for the Blue Devils (3-3). Jordan Jones scored 15 points and added five rebounds. Davonte Sweatman shot 3 of 10 from the field, including 2 for 4 from 3-point range, and went 6 for 6 from the line to finish with 14 points. Tymu Chenery led the way for the Bearcats (2-5) with 16 points and four assists. Nehemiah Benson added 14 points and six rebounds for Binghamton. Gavin Walsh also had nine points and eight rebounds. NEXT UP Cent. Conn. St.'s next game is Sunday against UMass-Lowell at home. Binghamton squares off against Niagara on Friday. ___ The Associated Press created this story using technology provided by and data from . The Associated PressStocks to watch on Nov 25: Zomato, Adani stocks, Cochin Shipyard, RITES, RVNL and more

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DNA stores the instructions for life and, along with enzymes and other molecules, computes everything from hair color to risk of developing diseases. Harnessing that prowess and immense storage capacity could lead to DNA-based computers that are faster and smaller than today’s silicon-based versions. As a step toward that goal, researchers report in ACS Central Science a fast, sequential DNA computing method that is also rewritable — just like current computers. “DNA computing as a liquid computing paradigm has unique application scenarios and offers the potential for massive data storage and processing of digital files stored in DNA,” says Fei Wang, a co-author of the study. In living organisms, DNA expression occurs sequentially: Genes are transcribed into RNA, which is translated into proteins. This process happens to many genes simultaneously and repeatedly. If researchers can duplicate this complex, elegant dance in DNA-based computers, these devices could be more powerful than current silicon-based machines. Researchers have demonstrated sequential DNA computing for very focused, specialized tasks. But until recently, not much progress had been made in developing more general and programmable DNA devices that could be used and reused for various applications. In previous research, Chunhai Fan, Wang and colleagues developed a programmable DNA integrated circuit with many logic gates that act as instructions for the circuit’s operations. Here’s how it worked: This process took hours, and someone had to manually transfer the oligonucleotide from one gate to another vial for the next computing operation. So the team, along with Hui Lv and Sisi Jia, wanted to speed things up. To make the reaction processes more efficient and compact, the team first placed the DNA origami register onto a solid glass 2D surface. The output oligonucleotide floating in liquid from a specific logic gate then attached to the glass-mounted register. After the output oligonucleotide was read and the logic gate instructions determined, it detached, which reset the register so it could be rewritten, thereby avoiding the need to move or replace registers. The researchers also designed an amplifier that boosted the output signal so all the pieces — the gates, oligonucleotides and registers — could find one another more easily. In a proof-of-concept experiment, all the DNA computing reactions took place in a single tube within 90 minutes. “This research paves the way for developing large-scale DNA computing circuits with high speed and lays the foundation for visual debugging and automated execution of DNA molecular algorithms,” says Wang. The authors acknowledge funding from the National Key Technologies R&D Program, the National Natural Science Foundation of China, the Science Foundation of Shanghai Municipal Commission of Science and Technology, the China Postdoctoral Science Foundation, the New Cornerstone Science Foundation, and the K.C. Wong Education Foundation. The paper’s abstract will be available on Dec. 11 at 8 a.m. Eastern time here: http://pubs.acs.org/doi/abs/10.1021/acscentsci.4c01557 ### The American Chemical Society (ACS) is a nonprofit organization chartered by the U.S. Congress. ACS’ mission is to advance the broader chemistry enterprise and its practitioners for the benefit of Earth and all its people. The Society is a global leader in promoting excellence in science education and providing access to chemistry-related information and research through its multiple research solutions, peer-reviewed journals, scientific conferences, e-books and weekly news periodical Chemical & Engineering News . ACS journals are among the most cited, most trusted and most read within the scientific literature; however, ACS itself does not conduct chemical research. As a leader in scientific information solutions, its CAS division partners with global innovators to accelerate breakthroughs by curating, connecting and analyzing the world’s scientific knowledge. ACS’ main offices are in Washington, D.C., and Columbus, Ohio. Registered journalists can subscribe to the ACS journalist news portal on EurekAlert! to access embargoed and public science press releases. For media inquiries, contact [email protected] . Note: ACS does not conduct research but publishes and publicizes peer-reviewed scientific studies. Follow us: X, formerly Twitter | Facebook | LinkedIn | Instagram