Trending December 2023 # Tidal: Google’s Big Bet To Save The Oceans # Suggested January 2024 # Top 15 Popular

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Google has announced a new ambitious fish-tracking project to help save the environment and feed the world.

Called Tidal, the project was created by Google’s X subdivision which focuses on ambitious so-called “moonshot” projects. This latest project revolves around an underwater camera system and machine perception tools to track fish behavior over time. Google hopes that these insights will help the fishing industry track the health and stocks of fish.

There’s precious little from Google on how Tidal will actually be implemented, but the company is asking for people to get in touch if they want to be a part of “the mission.”

How Does Google X’s Tidal Project Work?

Tidal’s software basically seeks to scale and automate some of the analysis that skilled fish farms have been practicing for millennia — plucking fish from the water to inspect how healthy they are. Of course, this has been manual and time consuming to date.

Google, naturally, reckons it can step in and make the process better. “Our software can track and monitor thousands of individual fish over time,” said Neil Davé, Tidal’s general manager. “[It] can observe and log fish behaviors like eating, and collect environmental information like temparature and oxygen levels.”

These insights will give farmers a much better understanding of the fish they’re catching. “This kind of information gives farmers the ability to track the health of their fish and smarter decisions about how to manage their pens,” said Davé, “like how much food to put in the pens, which we hope can help reduce both costs and pollution.

Why is Google Getting in on the Fish Game?

Google is describing Tidal as a “moonshot to protect the ocean and feed humanity sustainably.” While that is a big aim, Google is starting Tidal with a relatively limited scope.

Its initial goal is to create “tools that could provide useful information to fish farmers looking for environmentally friendly ways to run and grow their operations.”

Naturally, this assistance to fish farmers is merely a starting point. “We plan to apply what we’ve learned to other fields and problems, with the help of ocean experts and other organizations eager to find new solutions to protect and preserve this precious resource,” said Davé.

It’s yet another example of automation riding to the rescue in an industry that’s facing global upheaval as demands surge and stocks risk becoming vulnerable.

Why are the Oceans such a Big Concern?

Google believes that the oceans hold the key to sustainably managing food stocks for the world’s growing population. “Fish have a low carbon footprint, relative to other sources of animal protein, and they play a critical role in feeding 3 billion people today,” said Davé.

What’s more, the oceans are “a natural carbon sink,” according to Davé – “the planet’s air filter, temperature regulator and food basket rolled into one.”

However, the health of the world’s oceans is under severe threat from a variety of angles. By 2050, it’s predicted that the plastics in the ocean will outweigh all of the world’s fish and there are more than 400 fish species whose endangered status can be directly linked to excessive human consumption.

Google is hoping that its tech know how can help humans manage our impact on the oceans in order to save fish, sustainably support our population, and, perhaps, save the world.

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How To Bet On The Super Bowl In Kentucky

The Super Bowl is almost here and it’s almost time to start getting our bets in order. But life is hectic; between work, responsibilities and everything that comes in between, it’s not a wonder that sometimes things get away from us. But that’s alright, because here we have summarized many of the important details in betting for the upcoming game, making sure you are well equipped for all the fun ahead.

How to Bet on the Super Bowl in Kentucky

Sign Up and Make a Deposit Using Your Deposit Method of Choice

Claim Your Super Bowl Betting Bonus

Place Your Odds and Enjoy The Action


Kentucky Online Sport Betting Sites With Super Bowl LVII Odds

BetOnline – Overall Best Super Bowl Betting Site in Kentucky

Bovada – Wide Variety of Mobile Betting Options

Lucky Block – Crypto sportsbook with No KYC

MyBookie  – Live Super Bowl Betting

EveryGame  – Large Game Variety

XBet – 100s of Super Bowl Prop Bets

Betnow – Best All-Round Sportsbook for Super Bowl Betting

BUSR – Unique and Formattable Betting Options.

Jazz – Competitive Super Bowl Odds

chúng tôi – Robust Super Bowl Betting Odds

Super Bowl LVII Betting Offers

As the Super Bowl draws near, seasoned pros and newcomers alike are drawn in by the excitement of the gambling world. Naturally then, we should start this article off properly, by describing the various offers made by the sites available for Kentucky sports betting we mentioned before, to help you start this Super Bowl properly!

Super Bowl LVII Game Info

Teams: Kansas City Chiefs VS Philadelphia Eagles

Date: February 12

Kickoff: 4:30pm(MST)


Stadium: State Farm Stadium – Glendale, AZ

Winning Odds: Home

Super Bowl LVII Winner Odds

If you’d like a comprehensive list for what the experts from these sites think the odds are for either of these teams to win, look no further than right here! Below, we have everything sorted properly so that you can waste no more time, and get right to the fun stuff when betting in Kentucky.

Our Pick for the Winner Odds

For the high roller inside us, the good news is that we’re spoiled for choice. MyBookie offers excellent choices for good rewards for Kentucky sports betting, and so, they make our list for our top picks in this.

Place bet at MyBookie!

Super Bowl LVII Point Spread Odds

If you’re feeling more confident on who will score and by how much, then you should put your gut instinct to the test. In this table, you have a comprehensive list of the odds for the coming game’s point spread.

Our Picks Against the Spread

There seems to be a good amount of agreement on what the likely point scores are going to be, but we’re looking for the odds that best favor our return. For this reason, we have Jazz as our pick against the spread for Kentucky.

Place bet at Jazz!

Super Bowl LVII Moneyline Odds

The classic bet, one team vs another. If you want to put your team knowledge to the test and see if you can come out on top, the moneyline odds listed here should give you a solid idea of what you can expect, and best of all, how to make the most out of your deposit for your Kentucky sport betting needs.

Our Picks for Moneyline Odds

If you want to get the absolute best out of your deposit in Kentucky, then you should consider our picks in this category. MyBookie is an excellent pick to make the most of your money and help you to win bigger than the rest!

Place bet at MyBookie!

Super Bowl MVP Odds

If the saying “Go big or go home” is something you like to live by, then maybe we can suggest a prop that fits that kind of mentality well. See if you can see who has the best shot at making the best impression this coming Super Bowl, and win big, no matter the bet in the Super Bowl MVP prop!

Super Bowl LVII MVP Odds


Highest Odds


Travis Kelce



AJ Brown


chúng tôi

Miles Sanders



Haason Reddick



Devonta Smith


chúng tôi

Isiah Pacheco



Jerick McKinnon



Chris Jones



Our Pick for the MVP Odds

For the biggest rewards of them all, we suggest you try out MyBookie with their extremely generous offers. Make the most out of your money, and win big.

Place bet at MyBookie!

Super Bowl Coin Toss Odds

If you’re more of a fair gamble kind of person, ready to risk it all on a true game of chance, then you’ve come to the right place. The coin toss prop lets you play your money in the game’s start, and offers arguably the fairest item to bet on, for a truer gambler’s experience.

Our Picks for Coin Toss Odds

Even if the coin toss itself is fair and equal, not all bets are. For this reason, we suggest you head on over to Betnow to make more out of your deposits than anywhere else would when betting in Kentucky.

Place bet at Betnow!

Gatorade Color Odds

For something more random, exciting and fun, we recommend the playful gatorade color prop. Here, you’re given six choices on what you think the color of the gatorade that will be available for the Super Bowl will be.

Our Pick for Gatorade Color Odds

For this curious prop, we’re going to have to go with BetOnline and Sportbetting, since they’re the ones that offer the best overall chances for our money!

Place bet at BetOnline!

National Anthem Time Odds

Think you can properly guess the time it will take for the National Anthem to be sung in the coming game? If you want a patriotic twist to your fun, maybe we can interest you in the National Anthem time prop available on the following sites.

Our Pick for the National Anthem Time Odds

If you’re feeling confident and want to make the most out of your money, then we recommend you visit our picks for this special prop. MyBookie and XBet are the sites offering the best deals for this gamble.

Place bet at MyBookie!

Touchdown Scorer Odds

For those who enjoy nothing more than the sheer thrill of the game, we have you covered as well. In this prop, we bring you the sites’ odds for who will be the first to score a touchdown in this Super Bowl match. Do you dare risk it for these big gains?

Our Pick for Touchdown Scorer Odds

If we’re going this, we’re going for the big numbers. That’s why we can’t justify not picking MyBookie, which offers the best value overall for all value going into them on this prop.

Place bet at MyBookie!

Our Final Thoughts

How Sense With Voice Will Save Your Sleep With Big Data

How Sense with Voice will save your sleep with big data

If logging your runs is the current peak of the quantified self, then sleep is the next big frontier, and Hello is pitching its new sleep tracker as the centerpiece of that. Sense with Voice builds on the original no-wearable design with new voice controls, smart home integration, and a growing amount of behind-the-scenes data courtesy of the company’s new Chief Scientist, Professor Matthew Walker, who I caught up with ahead of today’s launch. Turns out, there’s more to bad sleep than just nightmares.

Physically, the new Sense with Voice looks just like its predecessor. Revealed in 2014, the first Sense was as much abstract art as it was a health-tracking sensor, with its spherical shape and lattice design. Inside, a glowing light – triggered by waving your hand over the top – gives a color-coded insight into the conditions for rest in the room.

Sense with Voice keeps that aesthetic, but adds new hardware. Most obviously there’s now a microphone – in fact, multiple microphones with beam-forming and noise cancellation – which allows you to use an “Okay Sense” trigger command. After that, you can ask for a sleep report, set alarms, or check the sleep-status of your bedroom.

More importantly, perhaps, are the new sensors. Packed inside the orb is the ability to track UV light, carbon dioxide (CO2), volatile organic compounds (VOCs), light temperature, and barometric pressure. That’s in addition to the original’s light, humidity, temperature, air quality, and noise sensors.

The “Sleep Pill” – the sensor that clips to your pillow – has been redesigned as well. It’s apparently easier to attach, something that could be tricky with the first-generation design, and is “almost completely indestructible” according to Sense. Its battery lasts for two years.

Thanks to that “Pill” you don’t need to activate Sense with Voice when you’re going to bed. Unlike with other sleep-tracking devices or wearables, there’s no manual triggering of a sleep mode; instead, the idea is that the system spots you’re in bed and going to sleep automatically. However, there is one new interaction which you might want to play with before you snooze.

Sense with Voice adds smart home integration, initially Nest’s Learning Thermostat and Philips’ Hue connected lighting. Dubbed “Expansions” they can be controlled by speaking to the orb; however, they can also be triggered automatically. Sense could, for instance, set your thermostat to your preferred temperature when you wake up, and gradually raise the brightness on your Hue lights to simulate a gentle sunrise. Eventually, the company says, more Expansions will be added.

As before, there are Smart Alarms designed to wake you when you’re likely to feel most rested, and background sounds to help lull you in the first place. In the morning, you get a report showing how long you slept, what portion of that was considered sound sleep, and tracking interruptions like movement. Fairly unusually, however, Sense also gives insight into how the temperature, humidity, light levels, and other environmental factors in your bedroom might have impacted your overall rest.

One of the big differences is the number of people that can be measured, and the length of time that those measurements can be carried out. “It’s very difficult of me to keep my participants in the laboratory for more than a few nights,” Walker says. “Nobody wants to stay with me for more than a few nights. With Sense, you’re getting sleep night after night after night. The fidelity of the signal, temporally, across the lifespan of the individual far exceeds that which I’ve ever been able to get in the laboratory.”

“I do studies in my laboratory with 30, 40, 50 people. Imagine if you can scale that up to large-scale populations. It has a real, utilitarian goal.”

The stakes are high, too. Last year, Walker made waves when he published a study outlining a link between sleep quality and the likelihood of developing Alzheimer’s; there are also causal links between insufficient sleep and the development of cancer. The researcher believes Sense with Voice could be instrumental in not only reducing the likelihood of that happening, but not keeping the public insomniac with fear along the way.

“We don’t want to be so alarmist that we keep people awake at night,” Walker jokes, “but overall it’s about two things. General information, and understanding what sleep does when you don’t get it.”

The primary change will be behavioral, Walker predicts, though changing that will take some effort – particularly given that people tend to boast about how much they can get done with minimal rest. “There’s a terrible stigma about sleep,” he argues. “Many people in this day and age will walk around bragging about how little sleep they’re getting, as though it’s a badge of honor on their arm.”

“One way or another, insufficient sleep will catch you. So to hold that mentality of sleep and to shame people who get sufficient sleep, I think we’ll look back at that in the same way that we did smoking.”

Sense with Voice goes on sale from today, priced at $149.

MORE Hello Sense

The Great Lakes May Be Souring Just Like Our Oceans

Lake Michigan as viewed from Chicago. Pixabay

Imagine diving into the shallow waters off the coast of Lake Michigan. You can see bare rocks and sand as you descend. Pinky-size spottail shiners swim by, shimmering in silver. When you reach the bottom, an indigenous yellow spotted molted sculpin is lying flat on its belly, flapping its boney fins like wings. “That was at least 20 years ago,” said Harvey Bootsma, a freshwater scientist at the University of Wisconsin-Milwaukee, who has been studying Lake Michigan for decades. “Even though [the lake] may look similar on the surface to what it did 20 or 30 years ago, underneath the surface, it has changed a lot,” he said. Mercury pollution has eroded the health of wildlife, while invasive mussels have gobbled up phytoplankton at the base of the food chain, clearing the water. However, there may be another potential danger brewing in the lakes: water acidification. Pollution from cars, planes, factories, farms, and power plants is driving up the level of heat-trapping carbon dioxide. Some of that carbon dioxide is then dissolving into oceans and lakes, turning waters more acidic. “Based on the chemistry of the Great Lakes, they should be responding to the increase in atmospheric concentration of carbon dioxide,” Bootsma said. Scientists have focused on ocean acidification, called “climate change’s evil twin,” while overlooking the acidification of lakes and rivers, so not much is known about what carbon pollution means for the Great Lakes. Research is sorely needed to determine how it might be impacting the creatures who inhabit the lake. But the little amount that scientists do understand about acidification is cause for concern.

Tiny invasive zebra mussels scattered along the shore of Lake Michigan. Royalbroil

“We don’t have any evidence that acidification is doing anything harmful to the Great Lakes, but we do know that coral reefs are being harmed in the ocean,” Bootsma said. “Sometimes that ends up with the Great Lakes being a little bit neglected.” Because there is a surfeit of data on oceans and a paucity of data on lakes, the government tends to prioritize funding for research into ocean acidification over lake acidification.

Jennifer Day, regional coordinator for a 2010 NOAA plan to study the acidification of the Great Lakes, said that her team had trouble collecting research on the topic. “So far, it’s not really a problem, so no one’s really looking at [lake acidification]” she said. The 2010 plan was never implemented. NOAA recently began work on a new plan to study the acidification of the Great Lakes, but Bootsma doubts it addresses core research needs.

“The first need is just for the use of better instruments and for more continuous records,” he said. “That’s the only way we’re really going to understand the factors that affect the pH in the Great Lakes, and whether the pH is changing over the long term.” Several factors make it challenging to study lake acidification.

The Great Lakes as viewed from space. EPA

“It is difficult to determine exactly how the lake is responding to atmospheric CO2,” Bootsma said, “because any effect of the atmospheric CO2 is being complicated or masked by all these other things that are going on,” such as acid rain, acid runoff from mines, and the small amount of carbon dioxide that enters the water when fish exhale.

There is good reason to suspect carbon pollution may be turning the Great Lakes more acidic. In 2023, researchers studying four artificial lakes in Germany found the first evidence that carbon was acidifying freshwater. More research is needed to investigate whether other lakes are also susceptible to carbon pollution, though the initial study is troubling.

“We know [lakes] are very highly involved in the global carbon cycle,” said Linda Weiss, a biologist at Ruhr University and lead author of the study. “It is reasonable to estimate that they are prone to CO2 accumulation.”

In addition to showing that the carbon pollution was turning the artificial lakes more acidic, the German study also found that acidification was harming the creatures living in the lakes. Elevated levels of carbon dioxide were making it harder for Daphnia, known as water fleas, to sense and defend against predators.

An adult male Daphnia. Dita Vizoso

“These kinds of studies are important,” Bootsma said. “It’s getting at some of the questions that we have. Is CO2 changing the lake? Does it have any effect at all? Or do none of the animals really care?”

Several studies have shown that too much carbon dioxide can be harmful to freshwater fish. A 2023 study placed baby pink salmon in water with artificially high levels of carbon dioxide and found that the resulting acidification stunted their growth. A 2013 study looked at how invasive carp species in Lake Michigan responded to elevated levels of CO2, which turned the water slightly more acidic. They found that fish avoided areas rich in carbon dioxide and suggested CO2 could be used to create underwater barriers that would prevent carp from colonizing more of the lake.

“It’s not a bubble curtain. It’s not like a tactile barrier,” said Cory Suski, an ecologist at the University of Illinois Urbana-Champaign and co-author of the carp study. Carbon dioxide makes fish feel “woozy” like anesthetic gas given to patients in surgery. Suski’s research suggests that fish migration patterns may change as more carbon dioxide accumulates in freshwaters.

In addition to the growth and constricting the movement of fish, acidification can also disrupt the food chain. A 2004 study showed that phytoplankton — which is currently threatened by invasive mussels in Lake Michigan —may grow smaller in water with more carbon dioxide, meaning there is less food for the species that depend on them.

Bighead carp, shown above, avoid waters rich in carbon dioxide. USGS

This is a growing threat for the Great Lakes. While scientists have not found firm evidence that carbon pollution is turning the lakes more acidic, they think this is likely the case. “One thing we know —which is common knowledge for people who do these kinds of studies — is that atmospheric carbon dioxide concentrations are still continuing to go up at a fairly rapid rate,” Bootsma said.

A 2023 study projected the Great Lakes will acidify at roughly the same rate as the oceans in the years to come, though scientists are still not sure how the concentration of CO2 will affect the Great Lakes. “One of the challenges with the Great Lakes is making people aware of what’s going on,” Bootsma said. “We do it a lot through underwater videos. We can’t bring people into the lake, but we can bring the lake to the people.”

Tiffany Chen is a journalist based in Chicago, Illinois. You can follow her @tiffanyching673. Nexus Media is a syndicated newswire covering climate, energy, policy, art and culture.

Announcement To Launch: Why The Big Gap?

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However, we’ve historically seen a number of manufacturers stagger their release dates, especially from Chinese OEMs that launch in their home territories too, which usually alleviates this problem. Even Samsung and LG, which are typically quicker to market, release handsets in their home regions first, before gradually rolling out to the West. Of course, coordinating multiple regional releases is difficult and costly, requiring distribution, support, and carrier relationships across multiple territories, and so that can be why many handsets appear in some regions ahead of others too.

The globalized nature of today’s markets means that consumers are increasingly keen for shorter release timeframes between regions, and smartphone import businesses are bigger than ever. Therefore, OEMs are under increasing pressure to supply more handsets right out of the gate, which is compounding this issue of securing sufficient hardware stock.

The HTCU Ultra took longer to arrive in the US than the HTC10 did, even though it’s not sporting all of the latest hardware. Perhaps an early announcement was necessary to avoid clashing with the more powerful Galaxy S8?

Speaking of hardware orders, the limited availability of Qualcomm’s Snapdragon 835 flagship mobile platform is also likely weighing heavily on manufacturer announcements this year. As Samsung has secured itself the first batches, rival OEMs aren’t going to see their 835 handsets arrive on store shelves until the second half of the year. For LG and HTC, this prompted early announcements of less powerful phones, in a bid to hit the market sooner than the Galaxy S8. Sony, however, opted to announce its 835 powered Xperia XZ Premium around the usual time, despite knowing that processing hardware won’t be available until much later in the year. Xiaomi’s Mi 6 is in a similar position, with a release date still pending.

A combination of a delayed Snapdragon 835 and OEM eagerness to announce products is certainly a contributing factor to the growing gap between some product announcements and release dates this year.

These OEMs had to announce something just to prevent Samsung from garnering all of the attention in the early half of the year, if nothing else. Then there’s also the bragging rights associated with being the first to unveil such a phone, even if it’s months away from release.

This isn’t just a phenomenon related to mobile processors though, handset manufacturers are often keen to be the first to any major, or even minor, milestone. We’ve seen this with QHD and 4K displays, various dual camera technologies, and other innovations too. The quest to be on the cutting edge encourages OEMs to make announcements ahead of the competition, even if they know that procuring the required units of a cutting edge technology still might be months away. Whatever the reasoning, this has manifested in a number of slow releases for us consumers this year, but ultimately we care most about handsets that actually make to market first.

Sony’s Xperia XZ Premium, announced at MWC, is promising consumers Snapdragon 835 and 4K features, but won’t arrive until early June.

The struggle to stay relevant and to differentiate products from the competition that is encouraging companies to be first with their announcements.

In my opinion, it’s the struggle to stay relevant and/or to differentiate products from the competition that is increasingly driving this delay between a product announcement and it actually arriving in consumer hands. There are few headlines to grab by being second to announce something, and the increasingly competitive nature of the market has made being first more important than ever.

Furthermore, this high level of competition is keeping announcements regularly flowing in the industry. If a major player unveils something, you can bet that smaller companies will want to show off their own products, even if consumers are going to be in for a longer wait. When this motivation combines with component shortages or delays, we end up in today’s situation where this gap appears to be growing.

Do you feel that OEMs are increasingly announcing products too far ahead of their actual consumer launch? Is this leading you to pay less attention to announcements, or is the situation not that bad when you view it with a critical eye?

Ipv6 Anytime Soon? Don’t Bet On It

There’s maybe never been a better time to be a network engineer–that is, provided you have IPv6 experience. Businesses are crying out for individuals to help create next-generation networking circuits, and the heat has been turned up as World IPv6 Day approaches in June, during which many of the Internet’s most popular properties will open IPv6 entrances to give the technology the biggest test it’s ever had.

Internet Protocol version 6, known as IPv6, is the new kid on the block when it comes to Internet addressing, the system by which computers can be uniquely identified on the Internet and data routed through to them. It offers so many Internet addresses that we need a word so little used that it doesn’t even appear in dictionaries right now: IPv6 offers over well 340 undecillion

However, IPv6 has actually been around since the late 1990s, when it was created to supersede the older version 4 of the Internet Protocol scheme (IPv4). The rapid implementation of IPv6 at the moment has been made imperative by the recent depletion of IPv4 addresses.

Although IPv6 is arguably on its way (Verizon and Comcast recently began commercial trials, for example), there are a surprising number of bananas in the road.

In fact, it’s extraordinary that we’re at the stage of rolling out a world-changing technology when so many issues are yet to be addressed.

For example, a surprising number of home and small business routers still don’t offer IPv6. You won’t presently find a Linksys wireless router that supports IPv6, for example, although Cisco–the parent company of Linksys–says that the functionality will be added to new Linksys products real soon now, and firmware updates will be made available for products sold recently.

It’s not clear whether the same updates will be made available for older hardware but, considering the amount of work involved and the fact that companies will receive no income from doing so, it seems unlikely. According to Cisco, there are also practical limitations, such as a lack of memory in older devices.

Security experts are also warning that the sheer number of addresses available via IPv6 will make spam blocking impossible. Currently, the most effective anti-spam technique is to simply blacklist certain internet addresses that are known to send spam messages. This works because it’s difficult for spammers to acquire additional IP addresses. However, because IPv6 has such a huge range of available addresses, spammers could easily acquire thousands if not millions of them. Each individual spam message could come from a unique IPv6 address, making accurate blocking impossible.

The big problem is that IPv6 was designed by scientists to be a perfect implementation of a technology. It failed to take into account real-world issues. In 2009, the Internet Engineering Task Force (IETF), the people behind IPv6, admitted that they hadn’t ensured that IPv6 would play happily with IPv4.

IETF Chair Russ Housey admitted things weren’t going to plan and added, “Our transition strategy was dual-stack, where we would start by adding IPv6 to the hosts and then gradually over time we would disable IPv4 and everything would go smoothly.”

Sadly, as we can see today, this simply hasn’t happened, despite additional technology being developed by the IETF to bridge the gap. We shouldn’t be switching to IPv6 today. It should have happened years ago.

Keir Thomas has been making known his opinion about computing matters since the last century, and more recently has written several best-selling books. You can learn more about him at @keirthomas.

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