Cube-shaped ice is rare, at least at the microscopic level of the ice crystal. Now researchers have coaxed typically hexagonal 3-D ice crystals to form the most cubic ice ever created in the lab.

Cubed ice crystals — which may exist naturally in cold, high-altitude clouds — could help improve scientists’ understanding of clouds and how they interact with Earth’s atmosphere and sunlight, two interactions that influence climate.

Engineer Barbara Wyslouzil of Ohio State University and colleagues made the cubed ice by shooting nitrogen and water vapor through nozzles at supersonic speeds. The gas mixture expanded and cooled, and then the vapor formed nanodroplets. Quickly cooling the droplets further kept them liquid at normally freezing temperatures. Then, at around –48° Celsius, the droplets froze in about one millionth of a second.

The low-temperature quick freeze allowed the cubic ice to form, the team reports in the July 20 Journal of Physical Chemistry Letters. The crystals weren’t perfect cubes but were about 80 percent cubic. That’s better than previous studies, which made ice that was 73 percent cubic.

Neandertals took stick-to-itiveness to a new level. Using just scraps of wood and hot embers, our evolutionary cousins figured out how to make tar, a revolutionary adhesive that they used to make formidable spears, chopping tools and other implements by attaching sharp-edged stones to handles, a new study suggests.

Researchers already knew that tar-coated stones date to at least 200,000 years ago at Neandertal sites in Europe, well before the earliest known evidence of tar production by Homo sapiens, around 70,000 years ago in Africa. Now, archaeologist Paul Kozowyk of Leiden University in the Netherlands and colleagues have re-created the methods that these extinct members of the human genus could have used to produce tar.
Three straightforward techniques could have yielded enough adhesive for Neandertals’ purposes, Kozowyk’s team reports August 31 in Scientific Reports. Previous studies have found that tar lumps found at Neandertal sites derive from birch bark. Neandertal tar makers didn’t need ceramic containers such as kilns and didn’t have to heat the bark to precise temperatures, the scientists conclude.
These findings fuel another burning question about Neandertals: whether they had mastered the art of building and controlling a fire. Some researchers suspect that Neandertals had specialized knowledge of fire control and used it to make adhesives; others contend that Neandertals only exploited the remnants of wildfires. The new study suggests they could have invented low-tech ways to make tar with fires, but it’s not clear whether those fires were intentionally lit.

“This new paper demystifies the prehistoric development of birch-bark tar production, showing that it was not predicated on advanced cognitive or technical skills but on knowledge of familiar, readily available materials,” says archaeologist Daniel Adler of the University of Connecticut in Storrs, who did not participate in the study.
Kozowyk’s group tested each of three tar-making techniques between five and 11 times. The lowest-tech approach consisted of rolling up a piece of birch bark, tying it with wood fiber and covering it in a mound of ashes and embers from a wood fire. Tar formed between bark layers and was scraped off the unrolled surface. The experimenters collected up to about one gram of tar this way.

A second strategy involved igniting a roll of birch bark at one end and placing it in a small pit. In some cases, embers were placed on top of the bark. The researchers either scraped tar off bark layers or collected it as it dripped onto a rock, strip of bark or a piece of bark folded into a cup. The most tar gathered with this method, about 1.8 grams, was in a trial using a birch-bark cup placed beneath a bark roll with its lit side up and covered in embers.

Repeating either the ash-mound or pit-roll techniques once or twice would yield the relatively small quantity of tar found at one Neandertal site in Europe, the researchers say. Between six and 11 repetitions would produce a tar haul equal to that previously unearthed at another European site.

In a third technique, the scientists placed a birch-bark vessel for collecting tar into a small pit. They placed a layer of twigs across the top of the pit and placed pebbles on top, then added a large, loose bark roll covered in a dome-shaped coat of wet soil. A fire was then lit on the earthen structure. This method often failed to produce anything. But after some practice with the technique, one trial resulted in 15.7 grams of tar — enough to make a lump comparable in size to the largest chunks found at Neandertal sites.

An important key to making tar was reaching the right heat level. Temperatures inside bark rolls, vessels, fires and embers varied greatly, but at some point each procedure heated bark rolls to between around 200˚ and 400˚ Celsius, Kozowyk says. In that relatively broad temperature range, tar can be produced from birch bark, he contends.

If they exploited naturally occurring fires, Neandertal tar makers had limited time and probably relied on a simple technique such as ash mounds, Kozowyk proposes. If Neandertals knew how to start and maintain fires, they could have pursued more complex approaches.

Some researchers say that excavations point to sporadic use of fire by Neandertals, probably during warm, humid months when lightning strikes ignited wildfires. But other investigators contend that extinct Homo species, including Neandertals, built campfires (SN: 5/5/12, p. 18).

Whatever the case, Kozowyk says, “Neandertals could have invented tar with only basic knowledge of fire and birch bark.”

Planetary scientists now know how thick the Martian crust is, thanks to the strongest Marsquake ever observed.

On average, the crust is between 42 and 56 kilometers thick, researchers report in a paper to appear in Geophysical Research Letters. That’s roughly 70 percent thicker than the average continental crust on Earth.

The measurement was based on data from NASA’s InSight lander, a stationary seismometer that recorded waves rippling through Mars’ interior for four Earth years. Last May, the entire planet shook with a magnitude 4.7 quake that lasted more than six hours (SN: 5/13/22). “We were really fortunate that we got this quake,” says seismologist Doyeon Kim of ETH Zurich.
InSight recorded seismic waves from the quake that circled Mars up to three times. That let Kim and colleagues infer the crust thickness over the whole planet.

Not only is the crust thicker than that of the Earth and the moon, but it’s also inconsistent across the Red Planet, the team found. And that might explain a known north-south elevation difference on Mars.

Topological and gravity data from Mars orbiters have shown that the planet’s northern hemisphere is substantially lower than the southern one. Researchers had suspected that density might play a part: Perhaps the rocks that make up northern Mars have a different density than those of southern Mars.

But the crust is thinner in the northern hemisphere, Kim and colleagues found, so the rocks in both hemispheres probably have the same average densities. That finding helps scientists narrow down the explanations for why the difference exists in the first place.

Knowing the crust’s depth, the team also calculated that much of Mars’ internal heat probably originates in the crust. Most of this heat comes from radioactive elements such as potassium, uranium and thorium. An estimated 50 to 70 percent of those elements are probably in the crust rather than the underlying mantle, computer simulations suggest. That supports the idea that parts of Mars still have volcanic activity, contrary to a long-held belief that the Red Planet is dead (SN: 11/3/22).

An ancient vegetarian dinosaur from the French countryside has given paleontologists something to sink their teeth into.

The most striking feature of a new species of rhabdodontid that lived from 84 million to 72 million years ago is its oversized, scissorslike teeth, paleontologist Pascal Godefroit, of the Royal Belgian Institute of Natural Sciences in Brussels, and his colleagues report October 26 in Scientific Reports. Compared with other dinos of its kind, Matheronodon provincialis’ teeth were at least twice as large but fewer in number. Some teeth reached up to 6 centimeters long, while others grew up to 5 centimeters wide. They looked like a caricature of normal rhabdodontid teeth, Godefroit says.
Of hundreds of fossils unearthed over the last two decades at a site called Velaux-La Bastide Neuve in the French countryside, a handful of jaw bones and teeth now have been linked to this new species, Matheronodon provincialis. The toothy dino belongs to a group of herbivorous, bipedal dinosaurs common in the Cretaceous Period. Rhabdodontids sported bladelike teeth, and likely noshed on the tough woody tissue parts of plants. Palm trees, common in Europe at the time, might have been on the menu.

Rhabdodontid teeth have ridges covered by a thick layer of enamel on one side and little to no ridges or enamel on the other. Teeth in the upper jaw have more ridges and enamel on the outer edge, while the reverse is true for bottom teeth. A closer look at the microstructure of M. provincialis’ teeth revealed an exaggerated version of this — many more ridges and lopsided enamel coating. Enamel typically protects from wear and tear, so chewing would have sharpened the dino’s teeth. “They operated like self-sharpening serrated scissors,” Godefroit says.

As the chill of autumn encroaches on Siberia’s grasslands, Richard’s pipits usually begin their southward trek to warmer latitudes. But a growing number of the slender, larklike songbirds seem to be heading west instead, possibly establishing a new migratory route for the species.

This would be the first new route known to emerge on an east-west axis in a long-distance migratory bird, researchers report October 22 in Current Biology. The finding could have implications for how scientists understand the evolution of bird migration routes over time and how the animals adapt to a shifting climate.

Richard’s pipits (Anthus richardi) typically breed in Siberia during the summer and travel south for the winter to southern Asia. Occasionally, “vagrant” birds get lost and show up far from this range, including in Europe. But as a Ph.D. student at the Université Grenoble Alpes in France, evolutionary biologist Paul Dufour noticed, along with colleagues, that described sightings and photo records of the pipits wintering in southern France had increased from a handful of birds annually in the 1980s and 1990s to many dozens in recent years.

So, Dufour, now at the University of Gothenburg in Sweden, and his team started monitoring the pipits in France and Spain to see where the birds were coming from, and if the birds were visiting Europe on purpose or just getting lost.

The researchers captured seven pipits in France during the winter of 2019–2020, tagging them with a sensor that estimates the birds’ geographic positions based on light levels and length of day. The team then released the birds. The next winter, the team successfully recaptured three of them. Those sensors showed that the birds had all flown back to the same part of southwestern Siberia for the summer before returning to France.

The researchers also examined images in citizen-science databases of 331 Richard’s pipits that were photographed in Europe and North Africa, categorizing the birds by apparent age. Among songbirds, Dufour says, vagrants are always young birds. Songbirds tend to follow a route based on instincts written into their DNA, replicating the trip their ancestors took. But storms or mutations that create faulty wayfinding abilities can send young songbirds off target.
Wherever it arrives, the songbird’s first migration creates a mental map for every migration after, so any adult birds in Europe have made the trip more than once. Since more than half of the birds in southern Europe and nearby northwestern Africa documented in the winter were adults, Dufour and his colleagues think that many of these pipits are seasonal migrants.

Contemporary shifts in migration routes are more common in species that travel via the cues of a traveling group, like geese or cranes. Songbirds usually migrate alone, following their instinctual route when young, Dufour says, so changes to migration patterns are rarer.

What’s more, east-west migration is unusual in birds. Most species that travel this way are ones that migrate short distances within the tropics, says Jessie Williamson, an ornithologist at the University of New Mexico in Albuquerque who was not involved with the research. “It’s exciting that an understudied migratory behavior like east-west migration is in the spotlight,” she says.

If the pipits’ European trek is in fact now an established route, it’s possible that the detour was facilitated by climate change, which may also be meddling with birds’ migrations in other ways (SN: 12/17/19). Dufour and his team used computer models that estimate climate suitability for the pipits in Europe based on variables like temperature and precipitation. The researchers compared two periods — 1961 to 1990 and 1990 to 2018 — and found that warmer temperatures in the latter period have made most parts of southern Europe a better wintering location for the birds than they were before.
The selection of European wintering grounds may also involve the deterioration of ancestral, southern Asian sites, but the researchers haven’t investigated that yet. Climate change could be affecting that too, Dufour says. But “we suspect that habitat modification in Southeast Asia — increasing urbanization, less open areas — may also be part of the equation.”

Ginny Chan, an ecologist at the Swiss Ornithological Institute in Sempach who was not involved with the research, says that the types of environmental changes that could be hurting bird populations “are happening very quickly in the traditional wintering range [for Richard’s pipits] in South and East Asia.” In India, the Richard’s pipit population has declined by more than 90 percent over the last couple of decades, Chan says.

Other Siberian bird species that typically migrate south but have recently shown up in Europe in growing numbers, like the yellow-browed warbler and Siberian chiffchaff, may also be making their own westward routes, Dufour suspects.

If other Siberian songbird species are also establishing new western migration routes, this could mean that migratory songbirds are more flexible travelers than scientists previously thought, Dufour says.

That could have hopeful implications for some birds as species worldwide deal with a changing climate. But the new research, he adds, shouldn’t overshadow other studies of migratory birds — like barnacle geese and the European pied flycatcher — which show that some of these species are not as able to cope with climate change.

One of the hottest names in college football coaching searches is officially off the market.

Penn State's James Franklin agreed to a deal Tuesday that will keep him at the school for the next 10 years, until 2031. Franklin is in his eighth season leading the Nittany Lions.
Franklin had been linked to numerous open coaching gigs, most notably USC and LSU, despite Penn State's relative struggles this season.

However, the 49-year-old who has described Penn State as a "dream job," has also reaffirmed his commitment and loyalty to the program in recent weeks, as well.

"Penn State's future is bright, and I'm honored to continue to serve as your head football coach," Franklin said in a statement. "Nine weeks ago, the administration approached me about making a long-term investment in our football program. This prompted numerous conversations outlining the resources needed to be competitive at a level that matches the expectations and history of Penn State."

The Nittany Lions are 7-4 this year and 67-32 in Franklin's tenure in Happy Valley, with a game against Michigan State in East Lansing set for Saturday.

Here's everything to know about Franklin's contract extension, plus how it came together.

James Franklin contract details, salary
For much of his time at Penn State, Franklin has been one of the highest paid coaches in both the Big Ten and NCAA, with his $7 million annual salary ranking in the top 10.

Franklin will once again be guaranteed $7 million annually according to the terms released by Penn State, plus up to an additional $1 million per year based on certain incentives and bonuses.

Among the incentives and bonuses Franklin will be eligible for are an additional $350,000 to win the Big Ten title, $300,000 for a New Years' Six bowl and $100,000 if he's named Big Ten Coach of the Year. The full terms of the contract can be found here.

Notably, Franklin's buyout if he chooses to leave Penn State for another college or an NFL gig is $12 million if he leaves before April 1, 2022. It then drops to $8 million if he stays until Dec. 31, 2022 before dropping to $6 million after 2023, $2 million after 2024-25 and ultimately dropping to just $1 million per year from 2026-2031.

Why did James Franklin sign an extension with Penn State?
A native of Langhorne, Pa. and a former Division II quarterback at East Stroudsburg, Franklin has long made his love of Penn State known, calling it his "dream job," when he was hired in 2014.

Penn State has routinely been a 9-11 win team during Franklin's tenure in State College and even won a Big Ten title in 2016. But the Nittany Lions have struggled to keep pace with the likes of Ohio State, Alabama and Clemson during that time as well in recruiting, facilities, NIL deals, on-the-field results and more.

But that seems primed to change, and that's the biggest reason why Franklin says he opted to stay at Penn State.

"We've been able to create a roadmap of the resources needed to address academic support, community outreach, Name, Image and Likeness (NIL), facility improvements, student-athlete housing, technology upgrades, recruiting, training table and more," Franklin said.

"This renewed commitment to our student-athletes, community and fans reinforces all the reasons I've been proud to serve as your head football coach for the last eight years and why my commitment to Penn State remains steadfast

James Franklin's record at Penn State
Franklin's seemed to win everywhere he's gone. Granted, he only had one stop as a head coach prior to arriving at Penn State, but even as an assistant, Franklin was on successful teams.

His first head coaching gig came at Vanderbilt in 2011, a school which had won just two games the year before and had only been to three bowl games in the 100-plus years of history prior to Franklin's arrival.

He immediately turned around the Commodores program, going 6-7 and reaching a bowl game in his first year before rattling off two 9-4 seasons in a row, culminating in Vanderbilt ending the season ranked in both seasons, something which hadn't happened since 1948. He finished his tenure in Nashville with a record of 24-15.

Franklin then came to Penn State in 2014 where he's gone 67-32 as he gets ready to coach his 100th game with the Nittany Lions. The high point of his tenure thus far was in 2016 when the Nittany Lions won the Big Ten title and finished the season ranked No. 7 and led Penn State to 11 wins in three out of four years from 2016-19.

One of just 13 Black coaches currently at the FBS level, Franklin is among the winningest in that category. His 91 career FBS wins place him third all-time behind former Houston and Texas A&M coach Kevin Sumlin (95 career wins) and Stanford's David Shaw (93 career wins) for most wins by a Black FBS coach.

Overtime is going to look a little bit different in college football games during the 2021 season. The NCAA has once again made some minor tweaks to its overtime rules.

Why? It's all in the name of bringing the game to a quicker conclusion.
The NCAA has made shortening overtime its mission since Texas A&M beat LSU 74-72 in a seven overtime game during the 2018 season. As exciting as that game was, it was long. More than 200 snaps were played, which is certainly not ideal for the players on the field.

So, how is the NCAA changing its overtime rules for 2021? Here's everything you need to know about the differences in overtime this season and how it compares to previous seasons.
College football overtime rules 2021
The NCAA amended its overtime rules in 2021 in an attempt to lessen the number of plays run in an overtime period. Teams are now required to run a two-point conversion after a touchdown beginning in the second overtime period. Previously, that began in the third overtime period.

Additionally, teams will begin running alternating two-point conversion attempts if the game reaches a third overtime. So, it's essentially a one-play drive. The goal of this is to limit the number of plays run from scrimmage by each team.

Here are the rest of the college football overtime rules for the 2021 season.

At the end of regulation, the referee will toss a coin to determine which team will possess the ball first in overtime. The visiting team captain will call the toss. The winner gets to choose to either play offense or defense first or chooses which side of the field to play on. The decision cannot be deferred.
The teams that loses the coin toss must exercise the remaining option. They will then have the chance to choose first from the four categories in the second overtime and subsequent even-numbered OT periods. The team that wins the toss will have the same options in odd-numbered OT periods.
In each of the first two overtime periods, teams are granted one possession beginning at the opponent's 25-yard line, unless a penalty occurs to move them back. The offense can place the ball anywhere on or between the hash marks.
Each team is granted one timeout per overtime period. Timeouts do not carry over from regulation nor do they carry over between overtime periods.
Each team retains the ball until it fails to score, fails to make a first down or turns the ball over.
Beginning with the second overtime period, teams must attempt a two-point conversion after scoring a touchdown.
Beginning with the third overtime period, teams will begin to run alternating two-point conversion plays instead of offensive possessions.
The college football overtime rules are the same in both the regular and postseason.
College football overtime rule change proposals
The most recent overtime rule change proposal was passed by the NCAA in 2021. It was made in the name of shortening games and limiting offensive reps, as previously stated.

Below are the rule changes that were ratified for 2021:

Beginning with the second overtime period, teams must attempt a two-point conversion after scoring a touchdown.
Beginning with the third overtime period, teams will begin to run alternating two-point conversion plays instead of offensive possessions.
History of college football overtime rules
Up until 1996, most NCAA games did not go to overtime. They simply ended in a tie. However, the governing body adopted overtime rules after pushback on some important matchups ending all square.

The initial overtime rules were in place for quite a while. Each team got the ball at the opponent's 25-yard line and retained the ball until it failed to score, failed to make a first down or turned the ball over. Teams alternated possessions until a team emerged as a victor.

Then, in 2019, the NCAA made a couple of changes in the name of shortening the game. That's when they added the two-point conversion rule, so teams had to start attempting a two-point conversion starting in the third overtime. Then, after five overtimes, teams would start running alternating two-point conversion plays. These changes were, basically, a direct response to the Texas A&M vs. LSU game.

In 2021, the rules were tweaked again, as teams must run two-point conversions in the second overtime period and will begin alternating two-point plays when the third overtime begins.

Patriots fans always thought that Tom Brady and Jimmy Garoppolo — affectionately known as "Jimmy GQ" — were the closest things to models that they would ever see at the quarterback position. But now, they have an actual model leading their quarterback room.

That would be Mac Jones. No, we're not kidding.
Jones may be better known as key representation for dad bods everywhere at this point in his young career, but in his even younger career, he was actually a child model. He recently spoke about that in an appearance on WEEI 93.7’s "Merloni & Fauria" when he was asked what his "worst job" ever was.

"I used to be a child model/actor, or whatever, and that was fun," Jones said. "There are a few commercials out there you guys could try and find. I think a lot of people know."

To his credit, Jones has been nothing but open about his modeling career. Still, it was news to quite a few people that weren't familiar with his not-so-secret double life. It may be over now, but there are certainly lasting memories from his modeling career.
Mac Jones child model photos
Naturally, in wake of Jones' revelation on "Merloni & Fauria," many went searching for photos of Jones during his modeling days. They were easy enough to find.

NESN's Dakota Randall dug up a couple of shots of Jones, one in which he's wearing a tie and one in which he is carrying a tennis racket.
NFL reporter Dov Kleiman was able to find a handful of photos of Jones as well. He also found a clip of Jones participating in a fashion show from his youth.
One of Jones' advertisements actually lives on. He's still pictured on the "Adventure Landing" website, a regional theme park in Jacksonville, Fla. He appears on the "Kids Fun Center Parties" portion of the website, wearing an orange polo.
How did Mac Jones become a child model?
As Jones explained in a pre-draft interview with ESPN's Kirk Herbstreit, he tried modeling thanks to his parents.

"They never pushed me into sports, which was really cool," Jones said. "So I tried modeling, acting. My sister had done it and there's like a modeling camp and I was like, I'll go try it."

And so, Jones did. And while he said he "didn't really ever want to do that long term," he is grateful for the skills he picked up during that very early part of his career.

"It was good that I tried it and realize that I didn't necessarily want to do that but have that under my belt. Even for stuff like this," Jones said, referencing his interview and photoshoot ahead of the 2021 NFL Draft. "You're just more comfortable around the camera."
Mac Jones commercials
Try as we might, we couldn't find the commercials that Jones said might be out there. That said, if you're inclined to search for them, ESPN's Hallie Grossman gave some hints about where to look.

"[Jones] appeared in local commercials — for the zoo, a medical center, Party City, and that last one popped up for years around Halloween," she wrote in a late-2020 profile of Jones.

The Party City rabbit hole is probably the best one to jump down, as their commercials are the most readily available. The only issue with sorting through them? Most of the kids are in costumes.
Was Mac Jones the kid in that Cam Newton commercial?
This is a popular question that was raised when Jones beat out Cam Newton for the starting job with the Patriots. Was Jones the kid from that commercial with Newton? You know, the NFL "Play 60" one, where the kid threatens to take Newton's job from him in the future?

For those that need a refresher, here's the video of the advertisement.

As ironic and, frankly, mind-blowing as it would have been for Jones to be that kid, he does not play the role of "Nate." That commercial was created during the summer of 2012, ahead of Newton's second season with the Panthers. Jones turned 14 in 2012, so he would have been too old for that role even if his modeling career was ongoing.

The role of Nate was played by a then-7-year-old named James DiGiacomo. Now 16, DiGiacomo, who has acted in commercials and TV shows, spoke about the commercial after it resurfaced following Newton's release from the Patriots.

“I honestly think it’s awesome that people still bring it up,” DiGiacomo told The Eagle-Tribune. "I’ve done a lot of commercials over the years and did some TV work,” he said. “But that commercial with Cam is definitely a highlight. I didn’t realize how big it would be when we made it. But it was really cool. I’m very proud of it."

Former Raiders receiver Henry Ruggs III has been ordered to appear in Las Vegas court on Monday following a missed alcohol test. That is a violation of his bond release restrictions following a fatal crash in which prosecutors say he was driving under the influence at 156 mph.

According to Clarke County court records, Ruggs missed one of four daily court-mandated alcohol tests at 4:41 p.m. local time on Saturday before completing "a client initiated remote breath test" at 6:28 p.m. the same day. The alcohol monitoring agency noted in court filings that it couldn't verify Ruggs' sobriety at the time he was supposed to complete his test earlier in the day.
Ruggs' attorney David Chesnoff told Judge Suzan Baucum — who has ordered his reappearance in court — that the delay in his test was related to trouble with equipment provided to him. Ruggs, 22, could face a return to jail for violating the terms of his release. Ruggs was released on $150,000 bond on Wednesday, Nov. 3 and was ordered to remain on house arrest while undergoing electronic surveillance. He is also to refrain from alcohol or other controlled substances, among other restrictions.

Ruggs was arrested after his involvement in a fatal drunk-driving accident on Tuesday, Nov. 2. Prosecutors said he was driving 156 mph at the time of the crash, with a blood alcohol content level of .16 — twice the legal limit for Nevada drivers. Ruggs' Chevrolet Corvette struck the back of 23-year-old Tina Tintor's Toyota Rav4. Witnesses to the event indicated they tried to help Tintor and her dog escape the vehicle, but were ultimately forced back from flames emanating from the car.
Ruggs faces two felony charges of DUI resulting in death or serious injury. That is considered a category B felony in Nevada, the second-worst violation of state law. The charges are non-probationary, meaning Ruggs will face jail time if convicted. Each charge carries a minimum two-year sentence, but can go as long as 20 years. He also faces two counts of felony reckless driving — charges with penalties of one to six years in prison — and a misdemeanor weapon charge.

The Raiders released Ruggs on Nov. 2 following his DUI arrest. He was the No. 12 overall pick in the 2020 NFL Draft, and the highest receiver taken in the draft.

Prior to the 2021-22 season, the NBA's historic 75th season, Stephen Curry was hot on the heels of Hall of Famer Ray Allen to become the all-time leader for most 3-pointers made.

Entering the season, Curry needed 142 3-pointers needed to surpass Allen, and 12 games into the season, he's knocked off 76 of the latter's lead.
It's still early but Curry is averaging a career-high 5.4 makes per game, a shade above his previous career-high of 5.3 which he set last year in 63 games. During the 2015-16 season in which he set the all-time single-season record with 402 en route to winning his second straight MVP award, Curry averaged 5.1 makes in 79 games.
Top 10 players on the all-time leader for most made 3-pointers
Curry is one of three active players in the Top 10 with James Harden and Damian Lillard being the other two players.

 Player  3-pointers

1. Ray Allen 2,973
2. Stephen Curry 2,908
3. Reggie Miller 2,560
4. James Harden 2,489
5. Kyle Korver 2,450
6. Vince Carter 2,290
7. Jason Terry 2,282
8. Jamal Crawford 2,221
9. Paul Pierce 2,143
10. Damian Lillard 2,087
    LeBron James, who ranks 11th, could break into the Top 10 and increase the list to four active players later this season.

When will Stephen Curry surpass Ray Allen?
Curry has hit 42 of the 76 3-pointers in just five games including a red-hot shooting game against the LA Clippers, where he erupted for 45 points that started with a perfect 25-point first quarter and an overall 8-of-13 efficiency from beyond the arc and a 50-piece against the Atlanta Hawks.

As of Nov. 16, the baby-faced assassin, who is considered to be the greatest 3-pointer shooter in NBA history, needs 76 more 3-pointers to overtake Allen.
Going by his season average of 5.4 3-pointers per game, Curry would take anywhere around 14 games to jump to the No. 1 spot on the all-time charts.

That many games mean Curry could make NBA history in mid-December, provided of course that he misses no games moving forward.

Warriors upcoming 2021-22 schedule
With that projection, Curry would likely make NBA history on the road as Golden State would be on a five-game Eastern Conference road trip in mid-December.

14 games ahead on the Warriors schedule will see the team in Indiana, the birthplace of basketball. 15 games ahead will see the Warriors at the iconic Madison Square Garden playing the Knicks.

In case Curry takes a couple more games to surpass Allen, he has a couple of more iconic locations awaiting him in Boston - home of one of the oldest franchises which is tied for the most champions in NBA history - and Toronto - the capital of the birth country of James Naismith, the sport's inventor.

Warriors upcoming schedule
Date Opponent Time (ET)
Nov. 10 vs. Timberwolves 10:00 pm
Nov. 12 vs. Bulls 10:00 pm
Nov. 14 at Hornets 7:00 pm
Nov. 16 at Nets 7:30 pm
Nov. 18 at Cavaliers 7:30 pm
Nov. 19 at Pistons 7:00 pm
Nov. 21 vs. Raptors 8:30 pm
Nov. 24 vs. 76ers 10:00 pm
Nov. 26 vs. Trail Blazers 10:00 pm
Nov. 28 at LA Clippers 3:30 pm
Nov. 30 at Suns 10:00 pm
Dec. 3 vs. Suns 10:00 pm
Dec. 4 vs. Spurs 8:30 pm
Dec. 6 vs. Magic 10:00 pm
Dec. 8 vs. Trail Blazers 10:00 pm
Dec. 11 at 76ers 8:30 pm
Dec. 13 at Pacers 7:00 pm
Dec. 14 at Knicks 7:30 pm
Dec. 17 at Celtics 7:30 pm