- Webb Telescope Finds “Pristine” Galaxy & Interstellar Comet Visits: Astronomers may have spotted the first metal-free galaxy from the early universe, and are gearing up to study Comet 3I/ATLAS, only the third known interstellar visitor [1] [2].
- Dark Energy & Solar Mysteries: New evidence hints dark energy might evolve over time as black holes convert matter into it, challenging long-held theories [3]. Separately, researchers found solar flares heat ions to 60 million °C (6.5× hotter than thought), solving a 50-year puzzle about the Sun’s atmosphere [4] [5].
- Climate & Environment Alarms: A climate fairness study finds current carbon pledges biased toward big emitters, undercutting the Paris goals [6]. Oceans absorbed 10% less CO₂ during 2023’s record marine heat, weakening a vital carbon sink [7]. And in Central Africa, giant urban ravines (“gullies”) are swallowing homes and displacing thousands due to erosion and extreme rain [8] [9].
- Biology & Paleontology Breakthroughs: Paleontologists in Syria unearthed a 50-million-year-old sea turtle – the first fossil vertebrate described from the country [10]. Scientists also cracked a 100-year crustacean mystery, confirming that strange “y-larvae” are parasitic barnacle relatives that live hidden inside hosts [11] [12].
- Evolutionary “Missing Links”: A 310-million-year-old fish was found with a hidden “tongue bite” – an extra jaw-like set of teeth – 150 million years earlier than such anatomy was thought to evolve [13] [14]. Researchers call the fossil “a missing link between simple jawed fish and more advanced tongue-biters” [15], showing rapid innovation after a mass extinction.
- Medical Milestones: U.S. experts say adults may not need tetanus/diphtheria boosters thanks to lasting childhood vaccines, a change that could save $1 billion annually [16] [17]. A long-term study finds medical cannabis provided sustained insomnia relief “for as long as 18 months” – improving sleep, anxiety and pain with mild side effects [18] [19]. And a new drug, baxdrostat, is being hailed as a “gamechanger” after trials showed it slashes stubborn high blood pressure by ~10 mmHg when other meds fail [20] [21].
- AI & Technology Updates: An MIT team developed a physics-grounded AI that predicts chemical reactions without “making up” atoms, ensuring obeying of conservation laws. “If you don’t conserve the tokens, the [AI] model starts to make new atoms… this is kind of like alchemy,” explains Dr. Joonyoung Joung, whose algorithm explicitly tracks all electrons to keep reactions realistic [22] [23]. On the industry front, OpenAI acquired Statsig to speed up product rollouts, competitor Anthropic raised $13B (valuing it at $183B) [24], and Apple’s AI brain drain continued as several top researchers jumped ship to rivals [25] – underscoring the intense global race in AI.
Space & Astronomy
JWST Discovers Candidate “Pristine” Galaxy: Using the James Webb Space Telescope, astronomers reported finding a distant galaxy almost entirely devoid of heavy elements, dubbed AMORE6 [26]. If confirmed, this would mark the first-ever observation of a Population III galaxy – a primordial system of stars formed just ~900 million years after the Big Bang, containing only hydrogen and helium [27] [28]. “The existence of galaxies with no elements such as Oxygen… is a key prediction of the cosmological model,” the research team noted, yet until now no zero-metallicity galaxy had been identified [29]. JWST saw that AMORE6 emits hydrogen signals (Hβ) but no oxygen line, indicating an extremely low metallicity, “near pristine” interstellar medium [30]. This discovery boosts confidence in Big Bang models of how the first stars forged heavier elements. If AMORE6 truly has no metals, it’s like witnessing a fossil galaxy from the dawn of the universe, finally confirming what astronomers long expected, experts said [31].
Interstellar Comet 3I/ATLAS Visits Solar System: A newly discovered comet, 3I/ATLAS, is captivating astronomers as only the third interstellar object ever detected passing through our solar system [32]. Found on July 1 by the ATLAS survey, this comet hails from far beyond the Sun – likely the Milky Way’s ancient “thick disk” of stars. That means its material could be 7+ billion years old, about 2.5 billion years older than our Sun and planets [33]. “This could be literally a once-in-a-lifetime opportunity,” scientists enthused, since 3I/ATLAS carries primordial matter from another star system. Uniquely, the comet will pass much closer to Mars than to Earth. Next month it comes within ~30 million km of Mars (but no nearer than 270 million km to Earth), so ESA’s Mars orbiters are being primed to observe it up close [34]. “Spacecraft orbiting Mars are in play,” confirmed Colin Wilson of ESA, noting Mars may offer the best vantage to study this interstellar intruder [35]. Scientists hope to glean clues about other stellar systems by analyzing 3I/ATLAS’s composition – potentially even capturing dust from a comet born around a different sun.
Physics & Cosmology
Dark Energy May Evolve – Black Holes as “Engines”: A provocative new study suggests the Universe’s dark energy – the mysterious force driving cosmic expansion – might not be a constant after all. Using observations from the Dark Energy Spectroscopic Instrument (DESI), physicists found signs that dark energy’s influence changes over time [36]. The team explored the bold idea that black holes themselves slowly generate dark energy by consuming matter, an idea known as the cosmologically coupled black hole (CCBH) hypothesis [37]. In this model, as stars collapse into black holes and galaxies age, ordinary matter is gradually converted into dark energy – causing acceleration to increase. This would upend the standard view of dark energy as static, but it intriguingly resolves several puzzles. For instance, fitting DESI’s galaxy data to the CCBH model yielded a small but positive neutrino mass, aligning with expectations (previous fits oddly gave near-zero or negative values) [38]. “This paper is fitting the data to a particular physical model for the first time and it works well,” said Professor Gregory Tarlé, a DESI collaborator [39]. The idea that black holes act as tiny “dark energy batteries” tying cosmic acceleration to the life-cycle of stars is speculative but “intriguing… clearly what we need when there are so many mysteries,” noted Dr. Steve Ahlen, emphasizing that bold new ideas are on the table [40]. If confirmed, it would mean the Universe’s engine is changing – a dynamic dark energy shaped by the formation of black holes over cosmic time.
Sun Flares Hotter Than Thought – 50-Year Solar Mystery Solved: In solar physics news, a University of St Andrews team found that solar flares heat charged particles to astonishing levels – 6.5 times hotter than previously believed [41] [42]. Flares are sudden eruptions on the Sun that were known to heat plasma above 10 million °C. But by re-examining data and theory, Dr. Alexander Russell’s group showed ions in flares can reach over 60 million °C [43]. The key is that flares heat ions much more than electrons due to magnetic reconnection – a fundamental process where magnetic field lines snap and release energy. “We were excited by recent discoveries that magnetic reconnection heats ions 6.5 times as much as electrons… However, nobody had previously connected work in those fields to solar flares,” Dr. Russell said [44]. Historically, solar models assumed ions and electrons share the same temperature, but modern data and calculations reveal their temperatures can diverge for tens of minutes during flares [45]. This insight finally explains why since the 1970s scientists observed unusually broad spectral lines in flare emissions – it wasn’t mysterious turbulence as suspected, but super-hot ions broadening the signals [46]. “I’ve never seen this kind of ion temperature considered before – it potentially solves an astrophysics mystery that stood for nearly half a century,” Russell noted [47]. By recognizing super-heated ions, the study forces a paradigm shift in understanding solar flares and helps protect satellites and astronauts from these extreme events [48] [49].
Climate & Environmental Science
“Fair Share” Climate Pledges Biased Toward Big Emitters: A sobering analysis in Nature Communications warns that the way countries assess their climate targets contains a systematic bias favoring wealthy, high-polluting nations [50]. Researchers from Utrecht University found that previous frameworks for judging national climate ambition “reward high emitters at the expense of the most vulnerable ones.” [51] The crux is in how carbon budgets and “fair share” are calculated. Many assessments let each country’s starting point rise with its current emissions – effectively shifting the goalposts and delaying required cuts for big polluters [52]. The new method instead pegs targets to historical responsibility and capacity, demanding immediate emissions cuts from those who emitted most [53]. Under this equity-focused approach, major emitters like the G7, China, Russia and oil-rich nations would have to dramatically accelerate reductions, while poorer countries could receive more leeway and climate finance [54] [55]. The study highlights that if we remove the built-in “free pass” for inaction, countries like the U.S., Canada, Australia, the UAE, and Saudi Arabia suddenly show the largest gaps between their pledges and what’s required [56]. This finding has real teeth: international courts and human rights cases (e.g. the KlimaSeniorinnen case in Europe) are increasingly scrutinizing whether nations’ pledges meet fair-share principles [57] [58]. “Previous studies… share a feature that rewards high emitters…,” the authors note, arguing that fixing this bias is a moral and practical imperative [59]. As one researcher put it, wealthy countries must “pay their climate debt” now or risk breaching both the Paris Agreement and basic fairness.
Oceans Absorb 10% Less CO₂ in 2023 Heat – Carbon Sink “Ailing”: During the unprecedented marine heatwave of 2023, Earth’s oceans captured significantly less carbon dioxide than normal – a startling ~1 billion ton shortfall (about a 10% drop) in CO₂ uptake [60]. An international team led by ETH Zurich measured global oceanic CO₂ fluxes and found that the super-hot sea surface temperatures last year (driven by a strong El Niño and record North Atlantic warmth) weakened the ocean’s role as a carbon sink [61] [62]. “This is not good news,” said Prof. Nicolas Gruber, noting that 1 billion tons is equivalent to half the EU’s annual emissions [63]. Normally, oceans soak up ~25% of humanity’s CO₂, buffering climate change [64]. But warmer water holds less gas – just like a warm soda goes flat. “When a glass of carbonated water warms up… CO₂ escapes into the air,” explained co-author Jens Müller [65]. In 2023, vast regions of hot ocean surface outgassed CO₂ instead of absorbing it, especially in the North Atlantic [66]. Fortunately, the study found the decline was smaller than feared because certain physical and biological processes kicked in to offset the loss [67]. If reduced solubility were the only factor, the sink might have collapsed entirely, but ocean mixing and biology helped limit the damage [68]. Still, a 10% drop in one year alarms scientists – a preview of how climate change can sabotage Earth’s own carbon buffers. Keeping oceans healthy and below critical temperature thresholds is seen as vital to prevent a feedback loop of weakening carbon absorption [69] [70].
Giant Urban Gullies Threaten African Cities: In environmental news, researchers are raising the alarm about massive ravines ripping through cities in the Democratic Republic of Congo (DRC) – a phenomenon driven by erosion, poor infrastructure, and heavy rainfall [71] [72]. A new Nature study mapped 26 cities in the DRC and tallied an astounding 2,922 large gullies, some hundreds of meters long and growing [73]. These deep chasms have been appearing without warning, swallowing streets, homes, and schools in their path [74]. Between 2004 and 2023, they forced an estimated 118,600 people to abandon their homes in affected cities [75]. “Our results demonstrate the massive magnitude of the problem… UGs (urban gullies) are a widespread phenomenon,” the authors wrote, warning “the threats and impacts of UGs are likely to greatly increase over the next decades.” [76] Rapid, unplanned urban growth on steep, sandy soils sets the stage for disaster [77]. With few drains or retention basins, torrential rainwater turns into destructive rivers, carving ever-widening channels through populated areas [78]. Climate change is expected to make deluges more frequent, putting millions at risk across the tropical Global South [79]. The researchers urge better urban planning, drainage infrastructure, and land stabilization (like planting vegetation and building barriers) to prevent catastrophe [80]. Without action, these gaping “earth wounds” could displace millions in coming decades, a slow-motion disaster spanning environment, engineering, and humanitarian crises.
Biology & Paleontology
New Sea Turtle Species Unearthed in Syria: Paleontologists have discovered a 50-million-year-old fossil sea turtle in northern Syria, a find being hailed as extraordinary both scientifically and geopolitically. The fossil, named Syriemys lelunensis, dates to the early Eocene epoch and represents a previously unknown species of side-necked sea turtle [81] [82]. Remarkably, it’s the first fossil vertebrate ever described from Syria [83] [84]. The specimen – an internal mold of the turtle’s shell plus parts of the pelvis and hind limbs – sat in storage for 13 years after being recovered during a 2010 quarry blast near Afrin [85]. “For 13 years, the bone fragments… were stored in the office… in Aleppo,” said Wafa Alhalabi, the Syrian-Brazilian lead author, who partnered with colleagues from five countries to finally study the remains [86]. Their analysis, published in Papers in Palaeontology, shows Syriemys belonged to the extinct Stereogenyini family (side-necked turtles) and pushes that group’s lineage back 10+ million years earlier than previously known [87]. Side-necked turtles today live only in freshwater, but Stereogenyini also inhabited ancient seas across South America, Africa, and beyond [88]. “It’s no surprise a sea turtle was found [in Syria]” – much of Syria was under water until 5 million years ago – “however, this discovery adds a new geographic origin for this group,” explained Dr. Gabriel Ferreira of Tübingen [89] [90]. Beyond the science, the team reflected on doing paleontology amid turmoil. “The current situation in Syria is extremely complex… it seems surreal to talk about fossils. But… this find illustrates the country’s potential and that science is still alive there,” emphasized Prof. Max Langer, a senior author [91]. It’s a poignant reminder that even in war-torn regions, deep history lies waiting to be recovered.
Century-Old “Y-Larvae” Mystery Solved: Biologists have finally cracked one of marine biology’s strangest puzzles – the true identity of the so-called “y-larvae,” bizarre crustacean larvae first noted in the 1800s whose adult form was completely unknown [92]. In a new study (Current Biology), an international team showed these larvae are distant relatives of barnacles, likely representing an unusual parasitic barnacle lineage [93]. Y-larvae (also called facetotectans) are tiny, free-swimming larvae collected in plankton hauls worldwide, but for over a century scientists could not figure out what they grow up to be. It turns out they belong on the barnacle family tree – but as “distant cousins” rather than close kin of known barnacles [94]. “Instead of gluing themselves to a rock… they glue themselves to a host, often a crab, and… live their entire life as a root network growing through their host,” explains Dr. James Bernot of UConn, describing how parasitic barnacles infiltrate their hosts’ bodies [95]. The researchers gathered over 3,000 specimens and sequenced their RNA, firmly placing the y-larvae in the crustacean tree [96]. They also managed to induce the larvae to molt: exposing a y-larva to crab molting hormone made it transform into a slug-like stage (called a ypsigon) that would presumably burrow into a host – just as parasitic barnacles do [97]. “If we give them hormones, they also molt into a slug-like thing… suggesting they go on to be parasitic somewhere,” Bernot said [98]. This explains why no adult y-larvae were ever caught – they likely hide inside host crabs or prawns as a tangle of root-like tissue. The team even found that in one Japanese harbor, over 100 distinct species of these larvae exist, hinting at a richly diverse hidden ecosystem of parasitic crustaceans yet to be studied [99]. After 100+ years, biology textbooks can finally write an ending to the y-larvae saga: they’re not aliens or “orphan” life stages at all, but part of the barnacle’s bizarre evolutionary experiments in parasitism.
“Tongue-Bite” Second Jaw Found in Ancient Fish: A stunning fossil discovery is reshaping what we know about fish evolution. Researchers uncovered a 310-million-year-old fish fossil (a deep-bodied ray-finned fish named Platysomus) that possessed a hidden second jaw inside its throat – essentially a set of “extra” teeth on the roof and floor of its mouth [100]. This apparatus, dubbed a “tongue bite,” let the fish clamp down on prey with a second pair of tooth pads, much like some modern fish (e.g. certain eels or bonefish) do [101]. However, until now the oldest known fish with such a dual-bite mechanism lived about 150 million years later, meaning Platysomus shifts this innovation far deeper in time [102]. Using CT scans, the team saw a complex arrangement of tooth plates in the fossil’s mouth and gill skeleton, indicating a powerful internal biting device [103]. “Our discovery helps us understand how fish evolved after the End-Devonian Mass Extinction… fish started to change and develop new body shapes and ways of feeding,” said lead author Prof. Sam Giles [104]. The late Devonian die-off (~359 million years ago) had wiped out many primitive fish, and this fossil suggests the survivors rapidly experimented with new feeding strategies. Platysomus appears to be a transitional form – “a missing link between simple jawed fish and more advanced tongue-biters,” explained co-author Dr. Matt Kolmann [105]. Later species like Bobasatrania evolved even more elaborate tongue-bite jaws and stopped using their main jaws entirely [106]. The find underscores that early ray-finned fishes were innovating quickly, evolving novel tools (like a second jaw) to exploit new food sources in changing ecosystems [107]. As another co-author, Prof. Matt Friedman, noted: “Tongue bites are just one of many feeding innovations that emerged… This fish represents a key evolutionary step” that illuminates how modern fish lineages arose [108].
Medicine & Health
Do Adults Really Need Tetanus Boosters? A new review by scientists at Oregon Health & Science University suggests that routine tetanus and diphtheria booster shots for adults may be unnecessary in countries with robust childhood vaccination programs [109] [110]. The analysis found that immunity from the standard childhood DTaP vaccine series (6 doses by age 12) lasts for decades – at least 30 years, far longer than the 10-year booster schedule currently recommended [111] [112]. In fact, countries like the UK stopped routine adult boosters in the 1950s, yet have seen no rise in tetanus or diphtheria cases compared to countries that continue boosters (like France or the U.S.) [113]. “By maintaining high childhood vaccination coverage, we not only protect kids, but we may actually be able to reduce adult booster vaccinations,” said lead author Prof. Mark Slifka [114]. “That would save $1 billion a year in the U.S. while maintaining the safety and protection of the general population.” [115] The World Health Organization already recommends against adult Td boosters in most cases, and this review bolsters that stance [116]. The key caveat is that childhood vaccination rates must remain high [117]. If so, “herd immunity” from childhood shots appears sufficient to protect the community even decades later [118]. In the rare scenarios (like a severe wound in an unvaccinated person or pregnancy for pertussis protection) boosters can still be given [119]. But broadly, the evidence indicates the U.S. could safely drop the 10-year adult booster routine, aligning with Europe and freeing up funds – all without compromising public health [120] [121]. As Slifka put it, thanks to vaccines, “you’re 10 to 1,000 times more likely to be struck by lightning than to be diagnosed with tetanus or diphtheria in the United States.” [122]
Cannabis for Insomnia Shows Lasting Benefits: In a potential breakthrough for sleep medicine, a long-term observational study in the UK found that medicinal cannabis products provided sustained relief for people with chronic insomnia over 18 months [123] [124]. The research, published in PLOS Mental Health, followed 124 insomnia patients who were prescribed cannabis-based treatments. Patients reported significantly improved sleep quality that persisted throughout the 1.5-year follow-up, along with secondary benefits like reduced anxiety, depression, and pain levels [125] [126]. Notably, side effects were relatively mild (fatigue, dry mouth in ~9% of patients) and tended to be temporary [127] [128]. “Over an 18-month period, our study showed that treatment for insomnia with cannabis-based medicinal products was associated with sustained improvements in subjective sleep quality and anxiety symptoms,” said co-author Dr. Simon Erridge of Imperial College London [129]. These findings are striking because many sleep medications can lose efficacy over time or pose dependency risks [130]. By contrast, this real-world data suggests cannabis therapy did not lead to tolerance that ruined its benefits – though the researchers did observe some signs of tolerance developing, which “highlights the importance of continued monitoring and individualized treatment plans,” Dr. Erridge added [131]. The study stops short of declaring cannabis a cure-all; the authors call for randomized trials to confirm safety and effectiveness [132]. But for the large fraction of the population (10% of adults) struggling with chronic insomnia, medical cannabis could become a valuable option – especially when standard sleeping pills fail or can’t be used long-term. It’s an intriguing glimpse at how “real-world evidence” collected over many months might expand our arsenal against persistent insomnia.
“Gamechanger” Drug for High Blood Pressure: Heart health experts are celebrating a major advance against resistant hypertension – dangerously high blood pressure that defies standard medications. In a phase 3 trial reported at Europe’s biggest cardiology conference, a novel pill called baxdrostat delivered unprecedented results for these tough cases. After 12 weeks, patients on baxdrostat saw their systolic blood pressure drop about 9–10 mmHg more than those on placebo [133]. “I’ve never seen blood pressure reductions of this magnitude with a drug,” said principal investigator Prof. Bryan Williams of University College London [134]. He noted that a ~10 mmHg decrease in pressure is “linked to substantially lower risk of heart attack, stroke, heart failure and kidney disease.” [135] Roughly 40% of patients on baxdrostat achieved healthy BP levels, double the success rate of placebo [136]. Baxdrostat works by blocking aldosterone – a hormone that causes the body to retain salt and drives blood pressure up [137]. Researchers have tried for decades to safely target aldosterone, but it proved elusive until now [138]. Baxdrostat’s success in the trial (nearly 800 patients worldwide) was so impressive that doctors at the conference called it a “triumph of scientific discovery.” [139] [140] Prof. Williams told reporters, “This drug could help up to half a billion people globally” – referring to the huge number of hypertension patients not controlled by current meds [141]. Indeed, out of 1.3 billion people with high blood pressure, an estimated ~650 million have uncontrolled or treatment-resistant hypertension [142]. By directly shutting down aldosterone production, baxdrostat addresses a root cause in those patients [143]. The trial’s results were also published in NEJM, and regulatory approval will be sought. If approved, experts say baxdrostat could be a game-changer – finally giving clinicians a potent new tool to prevent strokes and heart attacks in those who need it most [144] [145].
AI & Technology
AI “Chemist” Respects the Laws of Physics: In the AI research arena, scientists at MIT unveiled a novel generative AI system for chemistry that can predict the products of chemical reactions while strictly obeying conservation laws. Traditional machine learning models – even cutting-edge language models – often struggle with chemistry because they might blithely “invent” or remove atoms when suggesting reaction outcomes. “If you don’t conserve the tokens (atoms), the LLM model starts to make new atoms, or deletes atoms in the reaction… this is kind of like alchemy,” explains Dr. Joonyoung Joung, lead author of the study [146]. To tackle this, the MIT team developed FlowER (Flow matching for Electron Redistribution), an AI framework that explicitly tracks all electrons and atoms through a reaction pathway [147]. By using a 1970s chemistry concept (the bond-electron matrix) to represent molecules, they constrained the AI to only generate outcomes that honor the conservation of mass and charge [148] [149]. The result is a model that far more reliably predicts real reaction products. In a Nature paper, FlowER demonstrated accurate predictions for a wide variety of reactions, succeeding where unconstrained neural nets failed [150] [151]. “The prediction of reaction outcomes is a very important task… if you want to make a new drug, you need to know how to make it,” co-author Joung said, underscoring why chemists are excited [152]. By bringing physical principles into AI, the work points toward a new generation of scientific AI tools – ones that don’t just generate plausible answers, but generate correct ones grounded in the real world. The researchers believe this approach can be extended beyond chemistry to other domains where rules like energy or momentum conservation matter, blending AI with first-principles science for more trustworthy outcomes.
Big Moves in the AI Industry: The past 48 hours saw significant shifts in the competitive landscape of artificial intelligence. OpenAI, the company behind ChatGPT, announced it is acquiring Statsig, a startup specializing in experimentation platforms [153]. The deal goes beyond tech: Statsig’s founder will become OpenAI’s new CTO of Applications, as OpenAI retools its leadership to accelerate product testing and deployment [154]. Analysts say this reflects pressure on OpenAI to speed up innovation cycles amid rising competition. In fact, rival AI lab Anthropic just closed a massive $13 billion Series F funding round, boosting its valuation to an eye-popping $183 billion [155]. That nearly triples Anthropic’s valuation from earlier this year, signaling investors’ confidence in its Claude AI systems and safety research. This vaults Anthropic into the upper echelon of tech valuations, intensifying the race with OpenAI and Google in building next-generation AI. Meanwhile, Apple is facing its own challenges in AI – an exodus of talent. At least four senior Apple AI researchers (including a robotics lead) quit to join competitors like Meta and Anthropic [156]. This “brain drain” underscores Apple’s struggle to retain top AI experts as others aggressively expand their AI labs [157]. Some worry it could slow Apple’s progress in areas like AI-powered robotics and generative models. In other developments, WordPress previewed a new AI code assistant, PayPal partnered with an AI chatbot startup (Perplexity) to reach its user base, and Google averted a breakup in an antitrust case but faces restrictions that could affect its AI search dominance [158] [159]. All told, these moves show an AI sector in flux – flush with capital, racing to deploy new features, and fiercely contesting talent – as the quest for AI supremacy in 2025 heats up.
Sources: Space.com, Universe Today, SciTechDaily, Phys.org, ScienceDaily, Nature, Science Advances, Nature Climate Change, Clinical Microbiology Reviews, PLOS Biology, PLOS Mental Health, NEJM, The Conversation, The Guardian, MIT News, and press releases [160] [161].
References
1. scitechdaily.com, 2. www.dailykos.com, 3. scitechdaily.com, 4. phys.org, 5. phys.org, 6. phys.org, 7. phys.org, 8. phys.org, 9. phys.org, 10. scitechdaily.com, 11. scitechdaily.com, 12. scitechdaily.com, 13. www.sciencedaily.com, 14. www.sciencedaily.com, 15. www.sciencedaily.com, 16. scitechdaily.com, 17. scitechdaily.com, 18. scitechdaily.com, 19. scitechdaily.com, 20. www.theguardian.com, 21. www.theguardian.com, 22. news.mit.edu, 23. news.mit.edu, 24. aloa.co, 25. aloa.co, 26. scitechdaily.com, 27. scitechdaily.com, 28. scitechdaily.com, 29. scitechdaily.com, 30. scitechdaily.com, 31. scitechdaily.com, 32. www.dailykos.com, 33. www.dailykos.com, 34. www.dailykos.com, 35. www.dailykos.com, 36. scitechdaily.com, 37. scitechdaily.com, 38. scitechdaily.com, 39. scitechdaily.com, 40. scitechdaily.com, 41. phys.org, 42. phys.org, 43. phys.org, 44. phys.org, 45. phys.org, 46. phys.org, 47. phys.org, 48. phys.org, 49. phys.org, 50. phys.org, 51. phys.org, 52. phys.org, 53. phys.org, 54. phys.org, 55. phys.org, 56. phys.org, 57. phys.org, 58. phys.org, 59. phys.org, 60. phys.org, 61. phys.org, 62. phys.org, 63. phys.org, 64. phys.org, 65. phys.org, 66. phys.org, 67. phys.org, 68. phys.org, 69. phys.org, 70. phys.org, 71. phys.org, 72. phys.org, 73. phys.org, 74. phys.org, 75. phys.org, 76. phys.org, 77. phys.org, 78. phys.org, 79. phys.org, 80. phys.org, 81. scitechdaily.com, 82. scitechdaily.com, 83. scitechdaily.com, 84. scitechdaily.com, 85. scitechdaily.com, 86. scitechdaily.com, 87. scitechdaily.com, 88. scitechdaily.com, 89. scitechdaily.com, 90. scitechdaily.com, 91. scitechdaily.com, 92. scitechdaily.com, 93. scitechdaily.com, 94. scitechdaily.com, 95. scitechdaily.com, 96. scitechdaily.com, 97. scitechdaily.com, 98. scitechdaily.com, 99. scitechdaily.com, 100. www.sciencedaily.com, 101. www.sciencedaily.com, 102. www.sciencedaily.com, 103. www.sciencedaily.com, 104. www.sciencedaily.com, 105. www.sciencedaily.com, 106. www.sciencedaily.com, 107. www.sciencedaily.com, 108. www.sciencedaily.com, 109. scitechdaily.com, 110. scitechdaily.com, 111. scitechdaily.com, 112. scitechdaily.com, 113. scitechdaily.com, 114. scitechdaily.com, 115. scitechdaily.com, 116. scitechdaily.com, 117. scitechdaily.com, 118. scitechdaily.com, 119. scitechdaily.com, 120. scitechdaily.com, 121. scitechdaily.com, 122. scitechdaily.com, 123. scitechdaily.com, 124. scitechdaily.com, 125. scitechdaily.com, 126. scitechdaily.com, 127. scitechdaily.com, 128. scitechdaily.com, 129. scitechdaily.com, 130. scitechdaily.com, 131. scitechdaily.com, 132. scitechdaily.com, 133. www.theguardian.com, 134. www.theguardian.com, 135. www.theguardian.com, 136. www.theguardian.com, 137. www.theguardian.com, 138. www.theguardian.com, 139. www.theguardian.com, 140. www.theguardian.com, 141. www.theguardian.com, 142. www.theguardian.com, 143. www.theguardian.com, 144. www.theguardian.com, 145. www.theguardian.com, 146. news.mit.edu, 147. news.mit.edu, 148. news.mit.edu, 149. news.mit.edu, 150. news.mit.edu, 151. news.mit.edu, 152. news.mit.edu, 153. aloa.co, 154. aloa.co, 155. aloa.co, 156. aloa.co, 157. aloa.co, 158. aloa.co, 159. aloa.co, 160. scitechdaily.com, 161. www.theguardian.com
