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NUGGETS ACQUIRE JONAS VALANČIŪNAS – NBA
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How two tactical tweaks put England’s title defence back on track at EURO 2025
Wiegman gets it right when England need it most
Sarina Wiegman is a manager that knows how to win.
Twice the Dutchwoman has guided a nation to a European title followed by a World Cup final, first with the Netherlands and again with England.
At EURO 2025, she is facing perhaps her toughest test as an international head coach, which is attempting to successfully defend a title. An opening 2-1 defeat by France, in quite damming fashion, left the Lionesses with plenty to ponder going into their last two group fixtures.
Something had to give – a change of personnel, or a change of tactics. In the end, it was a mix of both, which put England back on the path to defending their title.
The first minor shift came in defence, addressing the issue of being overloaded by lightning-quick French wingers. Jess Carter, who started at left-back, and Alex Greenwood, who started at centre-back, were both switched for the game against the Netherlands.
As far as Carter goes, it allowed her to operate in a position far more comfortable to her, having played there regularly for her current club, NJ/NY Gotham. Greenwood plays centrally for Manchester City, but it’s a move that is more recent for the 31-year-old, who has spent much of her career playing on the left-hand side.
The result? A far more composed performance at the back, with England avoiding getting caught out. More importantly, a clean sheet in a thumping 4-0 win.
Wiegman’s second change came further up the pitch, bringing Toone in place of Mead.
This meant moving Lauren James out wide, and while the thrilling forward can play a number of positions, it seems as though the switch allowed the Lionesses to get the best out of their star player. Toone is a natural No.10, used to operating in those pockets of space the ties together the attack. It also allows for a more fluid approach, which the defending champions benefited from in their 6-1 drilling of Wales.
Their front four of Hemp, Russo, James and Toone were intertwining throughout the first half, covering each other’s positions and dragging the Welsh defence out of shape. A 4-0 half-time lead was the effect of such an approach, an utterly relentless display from a side with a point to prove.
This system and these tactics may not work for every team they face; it’s something that is likely to evolve as the tournament goes on.
Weigman has shown she can be adaptable, and she can get the best out of her side when the moment calls for it – this alone is vital when it comes to knockout football.
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Okeke scoops MVP honors on home soil to lead All-Star Five
LA PALMA (Spain) – Spain’s Sara Okeke captured the Most Valuable Player award of the FIBA U18 Women’s EuroBasket 2025 after leading the hosts to their sixth title triumph.
Okeke headlines a star-studded All-Star Five of future stars that made their mark on an unforgettable competition. Prodigies such as Finland’s Anna Gardziella, France’s Anna Tournebize, Belgium’s Jada Lynch, with Spain’s Gina Garcia completed the lineup.
MVP: Sara Okeke (Spain)
Sara Okeke stood tall as she won the tournament’s MVP honors
An unbeaten tournament and a first U18 Women’s EuroBasket trophy in 10 years on home soil was the perfect ending for Spain, and Okeke was a star throughout, winning MVP honors. The Movistar Estudiantes center averaged 13.8 points and 7.1 rebounds per game, shooting 57 percent from the floor, which was capped off with a 23-point, 7-rebound and 3-steal showpiece against Finland in the Final. A performance worthy of an MVP honor.
Anna Gardziella (Finland)
Anna Gardziella shone for Finland as they secured their best ever finish
Gardziella led Finland to their best finish at the U18 level and their first Final. Gardziella averaged 11.8 points, 4 rebounds and 1 steal shooting 34 percent from three-point land with a tournament best of 16 points, 5 rebounds, 3 assists and 3 steals in the opener against Slovenia.
Alicia Tournebize (France)
Anna Tournebize capped off her All-Star Five place with a dunk against Belgium
Tournebize led France to third place in the FIBA U18 Women’s EuroBasket through her unstoppable presence inside and athleticism, which was showcased with a two-handed dunk in the Third Place Game against Belgium, which the French won 72-47, with the 17 year old going for 19 points and 12 rebounds. Tournebize averaged 11.8 points and 8.4 rebounds, with an efficiency rating of 17.4 – all team-highs.
Jada Lynch (Belgium)
Jada Lynch was the leader of the Belgian Cat pack
It wasn’t meant to be for Lynch in the Third Place Game against France, as she was unable to register a field goal in seven attempts. However, she earned her spot in the All-Star Five as one of Belgium’s leading offensive juggernauts, averaging 12 points, 6.4 rebounds, 3.4 assists and 1.6 steals a game. She filled the statsheet, but sadly, her side couldn’t finish on the podium.
Gina Garcia (Spain)
Gina Garcia had the game of her tournament against France in the Semi-Finals
Garcia pulled the strings for the victorious Spain side in front of their home audience. The point guard led her side to the Final thanks to a sublime all-around performance in the Semi-Final win over France with 15 points, 9 assists, and 5 steals, and followed that with a 13-point, 12-assist double-double against Finland in the Final. Garcia posted 7.6 points and 5.6 assists in the competition.
FIBA
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Vans’ Mega-Thique Creeper Shoe Is King of the Shoe Jungle
Vans? King of the jungle? Lowkey. Vans’ Authentic Creeper sneaker in leopard print is a wild take on Vans’ OG Authentic sneaker with a thick, crepe rubber creeper outsole.
The chunky sneaker encapsulates the peak energy of 90s-era grunge even though the Vans Authentic has been on a wild ride since 1966.
Now in a wild and animalistic new print, the Vans Authentic Creeper’s lore is expanding in the most bestial of ways. The sneaker wears all your standard Authentic sneaker traits, like the low-collar, shortened lace platform, you know, the yoozh.
But at the outsole, things get wild thanks to the Creeper’s ribbed and thickened outsole.
Then, of course, there’s the bold leopard print pattern that makes the loudest statement despite what the “leopard is a neutral” truthers would have you believe.
Available on the Vans website for $70, the Authentic Creeper sneaker isn’t a solitary creature, unlike actual leopards.
In fact, Vans has a leap of leopard-related offerings.
In addition to the Authentic Creeper sneaker, Vans also has an equally animalistic leopard-print Mary Jane, a classic Old Skool iteration, and would it even be a Vans lineup if there wasn’t a slip-on involved?
The answer, of course, is no.
Vans does the most quite often when it comes to wild sneakers, but this leopard iteration is a (leopard) leap above the rest.
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France 5-2 Netherlands (Jul 13, 2025) Game Analysis
An electrifying second-half performance from Delphine Cascarino helped France to a 5-2 win over the Netherlands on Sunday that secured victory in Group D at the Women’s Euros and set up a quarterfinal meeting with Germany in Basel on July 19.
France finished the group with nine points from their three games, three ahead of England, who join them in the knockout stage for a quarter-final meeting with Sweden in Zurich on July 17 following a 6-1 win over Wales.
The French took the lead through Sandie Toletti in the 22nd minute, but a Victoria Pelova strike and an own goal by Selma Bacha saw the Dutch take a 2-1 lead into the break.
Cascarino burst into life in the second half, setting up Marie-Antoinette Katoto for the equaliser and then scoring two goals in quick succession, with Sakina Karchaoui scoring a late penalty to secure the 5-2 win.
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A Cross-Sectional Study Based on the National Health Interview Surveys
5 Correlation Between Visual Impairment and Breast Cancer: A Cross-Sectional Study Based on the National Health Interview Surveys
Background/Significance
Previous studies suggesting a negative correlation between breast cancer and visual impairment are limited by small sample sizes, underscoring the need for larger-scale analyses to clarify this relationship and its clinical implications.
Materials and Methods
To better understand this correlation, we conducted a cross-sectional study using data from 39,439 individuals from the National Health Interview Surveys, ensuring sufficient sample sizes across all degrees of visual impairment.
Results
Our results showed an increase in breast cancer among all degrees of visual impairment, with the highest prevalence of breast cancer being among women who were completely blind. These results show that the melatonin hypothesis may not be applicable outside of animal models, and that lifestyle challenges faced by visually impaired women may increase the risk of developing breast cancer.
Conclusion
Further studies should be conducted to draw definitive conclusions, keeping in mind the possibility that there may be a positive correlation between breast cancer and visual impairment in spite of conclusions established by past studies.
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Early-life exposure to endocrine-disrupting chemicals may fuel food preferences
Exposure to endocrine-disrupting chemicals in early life, including during gestation and infancy, results in a higher preference for sugary and fatty foods later in life, according to an animal study being presented Sunday at ENDO 2025, the Endocrine Society’s annual meeting in San Francisco, Calif.
Endocrine-disrupting chemicals are substances in the environment (air, soil or water supply), food sources, personal care products and manufactured products that interfere with the normal function of the body’s endocrine system. To determine if early-life exposure to these chemicals affects eating behaviors and preferences, researchers from the University of Texas at Austin conducted a study of 15 male and 15 female rats exposed to a common mixture of these chemicals during gestation or infancy.
“Our research indicates that endocrine-disrupting chemicals can physically alter the brain’s pathways that control reward preference and eating behavior. These results may partially explain increasing rates of obesity around the world,” said Emily N. Hilz, Ph.D., a postdoctoral research fellow at the University of Texas at Austin in Austin, Texas. “Understanding the harmful health impact that exposure to these types of chemicals can have on eating patterns may help inform public health recommendations and personal efforts to improve diet-related health complications.”
Researchers administered behavioral studies throughout the rats’ lifespans, including into adulthood, to observe preferences for high-fat foods and a sucrose solution. Findings showed that male rats with early-life exposure to endocrine-disrupting chemicals had a temporary preference for the sucrose solution, while female rats showed a strong preference for high-fat food that resulted in weight gain. In addition, testosterone was reduced in exposed males, while estradiol in females remained unchanged.
During the study, areas of the brain were sequenced to determine if early-life exposure to endocrine-disrupting chemicals resulted in physical changes to the regions important to controlling food intake and responding to reward. Researchers observed changes to gene expression throughout all areas sequenced in male rat brains, and varying changes to gene expression in the region of female rat brains associated with reward. These physical changes were predictive of changes to eating behavior and food preferences.
“It’s important that people understand that there are negative impacts associated with consuming or being near endocrine-disrupting chemicals early in life. With this knowledge in hand, consumers may want to consider reducing personal interaction with environments, food and other types of products containing these chemicals during pregnancy and early childhood to reduce the risk of developing obesity later in life,” Hilz added.
This research was supported by the National Institute of Health’s National Institute of Environmental Health Sciences.
About Endocrine Society
Endocrinologists are at the core of solving the most pressing health problems of our time, from diabetes and obesity to infertility, bone health, and hormone-related cancers. The Endocrine Society is the world’s oldest and largest organization of scientists devoted to hormone research and physicians who care for people with hormone-related conditions.The Society has more than 18,000 members, including scientists, physicians, educators, nurses, and students in 122 countries. To learn more about the Society and the field of endocrinology, visit our site at www.endocrine.org. Follow us on X (formerly Twitter) at @TheEndoSociety and @EndoMedia.
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China Drugmakers Catching Up to US Big Pharma With New Medicine Innovation
The biotechnology industry is experiencing a tectonic shift, driven by Chinese drugmakers who have come a long way from their copycat days to challenge Western dominance on innovation.
The number of novel drugs in China — for cancer, weight-loss and more — entering into development ballooned to over 1,250 last year, far surpassing the European Union and nearly catching up to the US’s count of about 1,440, an exclusive Bloomberg News analysis showed.
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Ten athletes to watch at the World Athletics Championships Tokyo 25 | News | Tokyo 25
The journey to Japan is intensifying for athletes around the world, with just two months to go to the World Athletics Championships Tokyo 25.
While many of the sport’s stars will be looking to secure their spots for the global showpiece when they compete at their national championships next month, here we highlight some of the athletes who could light up the Japan National Stadium from 13-21 September.
Ethiopia’s Sembo Almayew made her major international debut as a 17-year-old at the World Athletics Championships in Oregon in 2022. Since then, the now 20-year-old steeplechase specialist has become a world U20 champion and an Olympic finalist, and those achievements contributed to her being named Women’s Rising Star at the World Athletics Awards 2024 in Monaco in December. She dipped under nine minutes for the first time in Eugene earlier this month, that 8:59.90 performance placing her 15th on the world all-time list. She has also secured two third-place finishes in the Wanda Diamond League this season, in Doha and Paris.
Sembo Almayew on her way to the world U20 steeplechase title in Lima (© Christel Saneh for World Athletics)
As well as being a double Olympic champion in the 5000m and 10,000m, Kenya’s Beatrice Chebet is a world record-holder on both the roads and on the track. She set a world 10,000m record in Eugene in May last year and went on to set her second world 5km record in Barcelona in December and a world 5000m record in Eugene earlier this month. After claiming world 5000m silver in Oregon and bronze in Budapest, the 25-year-old will be looking to complete the medal set with at least one gold in Tokyo.
Neeraj Chopra likes to make history on the global stage. At the Tokyo Games, he became the first Indian athlete to gain an Olympic gold in athletics when he won the javelin. Then, in Budapest, he became the first athlete from his nation to strike gold in any event at the World Athletics Championships as well as the first Asian athlete to win gold in the men’s javelin. The 27-year-old has already improved his national record to 90.23m this season, surpassing 90 metres for the first time during the Diamond League meeting in Doha.
Brazil’s Alison Dos Santos is the third-fastest 400m hurdler in history. With his South American record of 46.29, the 25-year-old sits behind only world record-holder Karsten Warholm and Rai Benjamin on the world all-time list. Dos Santos beat them both to the 2022 world title in Oregon, scene of that 46.29 area record – becoming the first South American to win a medal in the men’s 400m hurdles at the World Championships. He currently sits second on the season top list with the 46.65 he clocked to win at the Eugene Diamond League.
Alison dos Santos wins the 400m hurdles at the World Athletics Championships Oregon22 (© Getty Images)
Swedish pole vault superstar Mondo Duplantis has broken the world pole vault record 12 times during his career so far. His first world record of 6.17m was set in Torun in 2020 and he has since improved it to 6.28m – that most recent record achieved at his home Diamond League meeting in Stockholm. The 25-year-old has multiple global titles to go with his records – world titles claimed in 2022 and 2023 as well as Olympic gold medals gained in Tokyo and Paris, and three world indoor honours from 2022, 2024 and 2025.
Jamaican sprint star Shelly-Ann Fraser-Pryce will want to put on a show in what she has said will be her final World Championships before retirement. The 10-time World Championships gold medallist made her senior international debut at the 2007 World Championships in Osaka and has described going back to Japan as “a full circle moment”. The 38-year-old has a total of 16 World Championships medals to her name as well as one world indoor title and eight Olympic medals. She secured her spot for Tokyo by finishing third in the 100m at the Jamaican Championships last month.
Italy’s Mattia Furlani has rapidly risen through the ranks, following his European U18 title wins in the high jump and long jump in 2022 with European U20 long jump gold in 2023 and senior European silver in 2024. On the global stage, the 20-year-old is already an Olympic bronze medallist and a two-time world indoor medallist – most recently soaring to world indoor gold in Nanjing. His achievements in 2024 led to him being named Men’s Rising Star at the World Athletics Awards and so far in 2025 he has leapt 8.37m – putting his second on the year’s top list.
Prodigious Australian sprinter Gout Gout secured his first win in a senior international race in Ostrava last month and will want to maintain the momentum as he works towards Tokyo. The now 17-year-old clocked 20.04 in December to break the long-standing Oceanian 200m record and improve Usain Bolt’s world age-16 best. He improved to 20.02 in Ostrava and also has a wind-assisted 19.84 (2.2m/s) to his name, achieved when winning the Australian title in April. His CV already includes a major medal, as he secured 200m silver at the World U20 Championships in Lima last year.
Gout Gout at the World U20 Championships in Lima (© World Athletics
Enzo Santos Barreiro)
Haruka Kitaguchi will be one of the home favourites going for gold inside the Japan National Stadium in September. After clinching javelin bronze at the 2022 World Championships in Oregon, the now 27-year-old threw 66.73m to get gold the following year in Budapest – a mark which remains the third-best winning performance of her career behind the 67.38m national record she set in Brussels in 2023. She went on to win Olympic gold in Paris and has a best of 64.63m so far this season – that throw getting her the win at the Diamond League meeting in Oslo.
South Africa’s Prudence Sekgodiso stormed into the spotlight at the World Indoor Championships in Nanjing in March, winning the 800m title with a national short track record of 1:58.40. The 23-year-old picked up from where she left off during the outdoor season, improving her PB to 1:57.16 in Ostrava in June and matching that mark to finish runner-up at the Diamond League meeting in Eugene. The Olympic finalist also finished second in Rabat and third in Stockholm and sits second on this season’s top list.
Road to Tokyo
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New Paper Explores Periodism in Caldwell’s Dynamic Ringframe Theory of Consciousness
Whole-Cortex Dynamic AM-PCA of 61.5 Hz: Steady 5.15 Hz Ring Rate Despite 3–6 Hz Tempos
Phenomenal vs. Measured Rotation in Response to Periodic Stimuli
Log of 60 Hz Power Shows 5.16 Hz Periodism, Aloof to 4.78 Hz Song Tempo
Periodic events—whether externally or internally generated—may engage rotational dynamics in brain modeling space, both experienced and measured.
Periodic rhythms—whether seen, heard, or generated—may engage rotational dynamics in how the brain models experience.”— Brad Caldwell
AUBURN, AL, UNITED STATES, July 13, 2025 /EINPresswire.com/ — A newly released paper by researcher Brad Caldwell (BSCE, Auburn University) investigates the role of periodicity in shaping rotational cortical dynamics, offering new support for the broader framework of his Dynamic Ringframe Theory of Consciousness. The analysis focuses on principal component analysis (PCA) of cortical EEG data during musical listening, evaluating whether macroscale brain rhythms track external tempo and/or lock to transient events.
The primary image shows whole-cortex PCA ring rate staying 5.15 Hz, invariant to drifting song tempos (this is in contrast to microscale PCA of motor areas that show tempo-locking). The table (image 2) explores observed vs. measured rotational dynamics as they relate to various periodic stimuli. Image 3 shows how the raw 60 Hz power envelopes of EEG signals already show 5.16 Hz periodism, aloof to the song’s 4.78 Hz tempo.
The work builds on a growing body of evidence that recurring rhythms—whether externally or internally generated—may engage rotational dynamics in brain modeling space, both phenomenally and in measured activity.
Caldwell’s latest findings are derived from a dynamic PCA approach applied to amplitude or power envelopes across multiple frequency bands. While the PCA trajectory (ring) rate was found to hold steady at 5.15 Hz invariant to the songs’ varying tempos, the data did reveal apparent transient locking to salient musical events such as beat drops and vocal onsets. This suggests that dynamic PCA, though perhaps not the right lens to be looking through, might be showing some real clues of perceptual encoding telegraphing through. This assumes the novel idea that consciousness is largely the interpretation of a filtered events or transients stream.
This interpretation aligns with one of the central claims of the Dynamic Ringframe Theory: that conscious perception unfolds through a sequence of discrete, geometry-like frames (“ringframes”) formed by transient neural responses, with revolution or radar-like sweep often being a key facet. These ringframes, often sweeping a torus or sphere, are proposed to act as structural anchors for how the brain builds and updates its world-model, and may under certain PCA lens settings appear clearly as period-locked rotation.
While Caldwell’s analysis focused on macroscale cortical dynamics derived from EEG, it complements prior work showing strong evidence of periodicity-linked rotation at the neural population level. In a PLOS Biology study involving monkeys trained to tap in rhythm, researchers found that frequency-modulated spike train patterns in medial premotor cortex formed clean circular trajectories when plotted via PCA. These neural “rings” expanded or contracted based on tapping tempo but maintained a consistent internal rotation—completing one full revolution per tap interval. This result suggests that low-dimensional rotational structure may serve as an internal timekeeping scaffold in the motor system.
A similar pattern has been observed in the Mark Churchland work on motor cortex, where low-dimensional neural trajectories during cyclic movements form null-output elliptical loops in PCA space, using PCs 1–3 (a sort of phase-address system, to which are attached specific muscle outputs using PCs 4–6+). As movement speed changes, the ring moves normally to itself and grows/shrinks, but the loop’s shape remains fairly stable—slightly different trajectories are traversed to allow the slowing or speeding of the task.
Caldwell’s paper adds to this picture by examining the macro-level end of the spectrum, where data reflects a noisy summation of millions of action potentials, artifacts, and potential washout of any neural-level orthogonalization. Instead of discrete spike sequences, the EEG-based PCA captures coordinated amplitude modulations in broad cortical networks. Despite the messiness no doubt present in whole-cortex EEG, 5.15 Hz ring attractors of specific shape (using amplitude or power of 52.5–62.5 Hz gamma band of EEG) arose for most songs following the intro, and dissipated after the end of the song (song tempos varied from 3 to 6 Hz).
Caldwell emphasizes the need to distinguish between phenomenal revolutions (those experienced subjectively, such as a sense of revolution in the visual field while wearing strobing glasses, or the repetitive cycle of walking) and measured revolutions (those detected in data, such as PCA ring trajectories). While microscale studies often show clear alignment between the two—particularly in tasks involving motor timing—macroscale measurements have not yet been seen to show period-locking. Caldwell notes that different PCA approaches (e.g. static, dynamic, jPCA, dPCA), signal types (FM of spikes vs. amplitude or power of EEG frequency bands), and parameter choices (window length, taper width, interpolation method) can all influence what kind of rings emerge, if present.
Photic drive (strobing white light—sometimes referred to as Ganzflicker when alternating red light and blackness) is a reliable method for inducing eyes-closed hallucinatory visual field patterns from periodic stimuli, often in the 8–13 Hz range. Reported phenomena include zigzagging chevrons laid down in a rotational or revolving fashion (resembling the black-and-white floor of the Black Lodge in Twin Peaks, or the zigzag on Charlie Brown’s shirt), as well as square tunnels, plus and X shapes, and checkerboard grids. The perceived revolution rate in the visual field often locks to the stimulus interval (e.g., 100 ms per flash for 10 Hz).
As of now, no published studies are known to have investigated FM-PCA at the microscale in occipital cortex under photic drive, though it remains a potentially rich domain for future work. No macroscale AM-PCA rings were observed in a whole-cortex EEG study using 9.8 Hz photic stimulation via Kasina glasses, though transient entrainment was evident in the raw EEG waveforms.
Together, the convergence of findings—from tempo-period-locking FM-PCA rings in premotor cortex to task-period-locking ones in motor control, to fixed-rate AM-PCA rings arising sometimes during song listening—suggest that periodism may often invoke revolution or rotation in experience and in neural data. Although microscale FM-PCA appears most promising, macroscale AM- or PM-PCA reveals occasional rotational dynamics that appear so shape-consistent as to warrant further study.
Brad Caldwell
Caldwell Contracting LLC
+1 334-332-7799
Caldwbr@gmail.com
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