RawStory

Science

Vaccines tell a success story that Robert F. Kennedy Jr. and Trump forget

Vaccinations have provided significant protection for the public against infectious diseases. However, there was a modest decrease in support in 2023 nationwide for vaccine requirements for children to attend public schools.

In addition, the presidential candidacy of Robert F. Kennedy Jr., a leading critic of childhood vaccination, has given him a prominent platform in which to amplify his views. This includes an extensive interview on the “Joe Rogan Experience,” a podcast with over 14 million subscribers. Notably, former President Donald Trump has said he is opposed to mandatory school COVID-19 vaccinations, and in a phone call Trump apparently wasn’t aware was being recorded, he appeared to endorse Kennedy’s views toward vaccines.

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Tagging seals with sensors helps scientists track ocean currents and a changing climate

Researchers have been attaching tags to the foreheads of seals for the past two decades to collect data in remote and inaccessible regions. A researcher tags the seal during mating season, when the marine mammal comes to shore to rest, and the tag remains attached to the seal for a year.

A researcher glues the tag to the seal’s head – tagging seals does not affect their behavior. The tag detaches after the seal molts and sheds its fur for a new coat each year.

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Ozempic-producer Novo Nordisk on track for record spending on lobbying in 2024

This article originally appeared in OpenSecrets. Sign up for their weekly newsletter to receive stories like this one in your inbox.

Novo Nordisk — the pharmaceutical giant behind popular weight-loss drugs Ozempic and Wegovy — spent a record $3.2 million on lobbying in the first six months of 2024 as the Denmark-based company expanded its footprint in the United States.

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OpenAI to challenge Google with new search functionality

OpenAI on Thursday said it was putting its artificial intelligence engine to work in a challenge to Google's market-dominating search engine.

The startup behind ChatGPT announced that it is testing a "SearchGPT" prototype that is "designed to combine the strength of our AI models with information from the web" to answer online queries quickly and to provide relevant sources.

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SpaceX cleared to launch Falcon 9 rocket again

SpaceX's stalwart Falcon 9 rocket has been cleared for launch after experiencing a rare failure earlier this month, officials said Thursday.

The rocket, a prolific launch vehicle that propels both satellites and astronauts into orbit, experienced an anomaly during a launch on July 11 in its second stage booster that meant it failed to deploy 20 Starlink satellites at a high enough altitude, and all burnt up on re-entry through Earth's atmosphere.

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Athletes looking for a competitive edge may find it within their gut microbiome

When milliseconds can mean the difference between silver and gold, endurance athletes in sports like marathon running, cycling, rowing and swimming optimize every aspect of their physiology for a competitive edge.

Many of these efforts result in enhancing the performance of mitochondria, the tiny but mighty energy-generating powerhouses within your cells. Carefully calibrated doses of exercise combined with beneficial stress – altitude, cold and heat – and optimized recovery in the form of nutrition, meditation and sleep, positively affect the number and health of mitochondria in the cells of your muscles, heart and brain.

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Retaining flavor while removing caffeine − explaining the chemistry behind decaf coffee

For many people, the aroma of freshly brewed coffee is the start of a great day. But caffeine can cause headaches and jitters in others. That’s why many people reach for a decaffeinated cup instead.

I’m a chemistry professor who has taught lectures on why chemicals dissolve in some liquids but not in others. The processes of decaffeination offer great real-life examples of these chemistry concepts. Even the best decaffeination method, however, does not remove all of the caffeine – about 7 milligrams of caffeine usually remain in an 8-ounce cup.

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Cheesemaking is a complex science – the process from milk to mozzarella

Cheese is a relatively simple food. It’s made with milk, enzymes – these are proteins that can chop up other proteins – bacterial cultures and salt. Lots of complex chemistry goes into the cheesemaking process, which can determine whether the cheese turns out soft and gooey like mozzarella or hard and fragrant like Parmesan.

In fact, humans have been making cheese for about 10,000 years. Roman soldiers were given cheese as part of their rations. It is a nutritious food that provides protein, calcium and other minerals. Its long shelf life allows it to be transported, traded and shipped long distances.

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Hydrothermal explosion causes damage in area of Yellowstone National Park

A hydrothermal explosion in Yellowstone National Park damaged a boardwalk and sent debris several stories into the air Tuesday morning in the Biscuit Basin area northwest of Old Faithful, according to the scientist-in-charge at the U.S. Geological Survey’s Yellowstone Volcano Observatory.

The explosion, which Scientist-in-Charge Michael Poland said was a “small” one, happened around 10 a.m. Tuesday about 2.1 miles northwest of Old Faithful, likely in the Black Diamond Pool in Biscuit Basin, Poland said.

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'Truly frightening': Pesticides increasingly laced with forever chemicals

Toxic "forever chemicals" are increasingly being used in U.S. pesticides, threatening human health as they contaminate waterways and are sprayed on staple foods, a study said Wednesday.

Per- and polyfluoroalkyl substances (PFAS) have come under increasing scrutiny in recent years, but environmental regulations against them have mainly paid attention to sources such as industrial facilities, landfills and consumer products like certain cookware and paints.

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July 21 hottest day ever recorded globally: EU climate monitor

July 21 was the hottest day ever registered globally, according to preliminary data published Tuesday by the EU's climate monitor.

The Copernicus Climate Change Service (C3S) said the global average surface air temperature of 17.09 degrees Celsius (62.7 degrees Fahrenheit) on Sunday was the warmest in their record books, which go back to 1940.

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A huge race is on to develop quantum technologies. The time to discuss risks is now

The United Nations has proclaimed 2025 as the International Year of Quantum Science and Technology. The goal is to recognise “the importance of quantum science and the need for wider awareness of its past and future impact”. But why quantum? Why now?

Quantum science is both complex and weird. It’s not easy to wrap your head around concepts such as entanglement, light existing as both a wave and a particle, or a cat in a box that is both alive and dead (until observed).

The weirdness of quantum mechanics is now being channelled into the construction of the first quantum computers, communication systems and sensors. Further down the road, it could power the next generation of artificial intelligence (AI).

We are in the early stages of an expensive and resource-intensive quantum race among the world’s powers. The competition for quantum leadership is likely to play a major role in shaping Australia’s economic and national security policy for decades to come.

Follow the money

Big tech giants, major powers and top research universities are all in a race to build the first commercially viable quantum systems. While opinions differ on whether the quantum race is a marathon or a sprint, some big bets have already been placed.

By 2045, CSIRO estimates show the Australian quantum industry could bring in up to A$6 billion in annual revenue, and provide almost 20,000 jobs.

In 2023 Australia laid out its National Quantum Strategy to boost government support and make Australia “a leader of the global quantum industry”.

Over the past two years the Victorian government has invested $37 million into quantum startups. In April, the Commonwealth and Queensland governments committed to a joint $1 billion investment to build the world’s first utility-scale quantum computer. The same month, the University of Sydney was awarded an $18.4 million federal grant to establish a national hub for the quantum ecosystem in Australia.

But understanding the question of quantum is more than a matter of science and technology, or dollars and cents. As with just about every powerful new technology, the question is not if but when the next quantum wave will be weaponised.

Quantum science in national security

Based on entangled quantum bits (“qubits”), quantum technology has the potential to exponentially increase computational power, transform communication networks and optimise the flow of goods, resources and money.

Commercial industries as diverse as telecommunications, pharmaceuticals, banking and mining – of data as well as minerals – will all be transformed.

However, it is the national security implications of quantum technology that have most interested our government, and others around the world.

Quantum radar, code, internet, sensors and GPS are being fast-tracked by militaries and defence industries in all corners of the globe. Who gets there first (the quantum “haves”) could produce new asymmetries of power and dangers for the rest (the quantum “have-nots”).

Quantum communications systems can deliver completely secure, unhackable lines of communication. A prototype network is already connecting several major cities over nearly 5,000km in China. On the other hand, quantum computers pose the risk of eventually being able to hack classically encrypted messages in seconds – an eventuality known as “Q-Day”.

Quantum AI is being developed to improve the performance of lethal autonomous weapons. Do we really want swarms of drones operating in a networked battlespace without any human in the loop?

Quantum sensors, already in use today, are able to make ultra-sensitive measurements of magnetic and gravitational fields. This means pinpointing metals and large objects underground as well as underwater.

New breakthroughs in quantum sensing technology would have serious implications for the resilience and reliability of Australia’s new fleet of nuclear submarines. It’s an important consideration for the single largest military investment in our nation’s history.

We must ask the hard questions now

Just about every new complex technology has generated unintended consequences – and unexpected disasters. Chernobyl, Three Mile Island and Fukushima all bear witness to the risks inherent in an earlier wave of nuclear technologies resulting from breakthroughs in quantum science.

Given the potential speed and networked power of quantum machine learning and cloud computing, a glitch in quantum artificial intelligence could start as a local incident but quickly cascade into a global crisis.

The blockbuster film Oppenheimer showed how an earlier wave of quantum research enabled the atomic bomb, and forever changed the international order.

The first use of nuclear weapons also spurred a deep and engaged global discussion about disarmament, led by more than a few of the scientists who had helped build the bomb. But their voices were drowned out by a politics of fear and the Cold War, resulting in a costly arms race and nuclear brinksmanship that continues to this day.

When asked about President Lyndon Johnson’s effort to initiate arms control talks in the 1960s, Oppenheimer replied:

It’s twenty years too late – it should have been done the day after Trinity [the first nuclear detonation].

We had best not wait to start asking the hard questions about how the next generation of quantum technologies will impact the prospects for global war and peace in years ahead.

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Baby bull sharks are thriving in Texas and Alabama bays as the Gulf of Mexico warms

In late spring, estuaries along the U.S. Gulf Coast come alive with newborn fish and other sea life. While some species have struggled to adjust to the region’s rising water temperatures in recent years, one is thriving: juvenile bull sharks.

We study this iconic shark species, named for its stout body and matching disposition, along the Gulf of Mexico. Over the past two decades, we have documented a fivefold increase in baby bull sharks in Mobile Bay, Alabama, and a similar rise in several Texas estuaries, as our new study shows.

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