Nuclear energy hasn't been a growing industry in decades. But now, it seems to be making a comeback. This week, the Biden administration announced a goal to triple nuclear energy capacity in the US by 2050. And over the past few months, Amazon, Microsoft, and Google have all made deals to use nuclear energy to power their artificial intelligence appetites. Today on the show, could nuclear energy work differently this time?

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SECRET W* NFAC No.5436-79 Approved For Release 2007/02/08 : CIA-RDP83BO1027 000200030009-4 MEMORANDUM FOR: See Distribution 10 October 1979 SUBJECT : Alert Memorandum on Pakistani Plan for an Early Nuclear Test We are preparing an Alert Memorandum on Pakistani plans for an early nuclear test....

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Russian Nuclear Weapons Are Keeping NATO Troops Out Of Ukraine: Top Admiral Authored by Kyle Anzalone via The Libertarian Institute, A top NATO military official said that NATO forces would have deployed to Ukraine to drive Russian soldiers from the country if Russia did not have nuclear…

International Atomic Energy Agency chief Rafael Grossi is set to visit Tehran for crucial talks on Iran's nuclear programme, warning just ahead of his trip that room for manoeuvre is narrowing.

From the Ford Nucleon to the Studebaker-Packard Astral, these vehicles failed to progress past the prototype stage in the 1950s and 1960s

Tehran, Iran — International Atomic Energy Agency chief Rafael Grossi is set to visit Tehran on Wednesday for crucial talks on Iran's nuclear program, warning just ahead of his trip that room for maneuver is narrowing. His visit comes only two days after the defense minister of Iran's nemesis Israel warned the Islamic republic was "more exposed than ever to strikes on its nuclear facilities". Israel has long accused Iran of seeking to acquire nuclear weapons, a claim Tehran denies. The two countries have traded missile strikes this year, as tensions soar over Israel's war with Iran's allies, Hamas in Gaza and Hezbollah in Lebanon. The strikes have brought to the surface their years-long shadow war and fueled fears of a wider Middle East conflict. "The margins for maneuver are beginning to shrink," Grossi said in an interview with AFP ahead of his visit, adding that "it is imperative to find ways to reach diplomatic solutions". While the IAEA is allowed to carry out inspections in Iran, Grossi stressed the need for "more visibility" into Iran's nuclear program, given its scale and ambition. "They have a lot of nuclear materials that could be used eventually to make a nuclear weapon, the IAEA chief told CNN on Tuesday, adding: "They do not have a nuclear weapon at this point."  Trump's warning Grossi's trip comes after Donald Trump -- who pulled out of a hard-won nuclear deal with Iran negotiated under Barack Obama -- was voted back into the White House. Trump said last week that he was not seeking to harm Iran and instead wanted its people to have "a very successful country", while insisting "they can't have a nuclear weapon". In 2015, major world powers including the United States reached an agreement with Iran on its nuclear program after 21 months of talks. The text provided for an easing of international sanctions on Iran in exchange for guarantees that it would not seek nuclear weapons. But Trump withdrew from the agreement in 2018 before re-imposing US sanctions on Iran. A year later, Iran started to gradually roll back its commitments to the nuclear deal, which only allowed Tehran to enrich uranium to 3.65 percent purity. The IAEA says Iran has considerably increased its reserves of enriched uranium to 60 percent, close to the 90 percent needed to develop an atomic bomb. It is against this backdrop that Grossi is schedule to visit Iran for the first time since May. In a statement, the IAEA said it would hold "high-level meetings with the Iranian government" and conduct "technical discussions on all aspects". Cameras unplugged Iranian President Masoud Pezeshkian, who came to office in July with hopes of improving ties with the West and having sanctions lifted, favors a revival of the nuclear deal. But all efforts to get the nuclear agreement off life support have so far failed. The IAEA chief has repeatedly called for more cooperation from Iran. In recent years, Tehran has decreased its interaction with the UN agency by deactivating surveillance devices needed to monitor the nuclear program and effectively barring its inspectors. The foundations of Iran's nuclear program date back to the late 1950s, when the United States signed a civil cooperation agreement with Iran's then Shah Mohammad Reza Pahlavi. In 1970, Iran ratified the Non-Proliferation Treaty, which requires signatory states to declare and place their nuclear materials under the IAEA control. But with Iran threatening to hit back at Israel for its latest missile strikes, some lawmakers in the Islamic republic have called on the government to revise its nuclear doctrine to pursue nuclear weapons. The parliamentarians called on supreme leader Ayatollah Ali Khamenei, who wields ultimate authority in Iran, to reconsider his long-standing religious edict or fatwa banning nuclear weapons. The Islamic republic has maintained its policy against acquiring nuclear weapons, insisting its nuclear activities were entirely peaceful.          

Tehran, Iran — International Atomic Energy Agency chief Rafael Grossi was to hold talks with top Iranian officials Thursday on Tehran's nuclear program, a week after Donald Trump's re-election as US president. During his first term in the White House from 2017 to 2021, Trump was the architect of a policy called "maximum pressure," which levied against Tehran biting sanctions that had been lifted through a landmark nuclear agreement in 2015. Grossi, who is the director general of the UN agency, arrived at Tehran airport on Wednesday evening and was greeted by Behrouz Kamalvandi, the spokesman for the Atomic Energy Organization of Iran (AEOI). Grossi is set to meet Thursday in Tehran with AEOI chief Mohammad Eslami as well as Foreign Minister Abbas Araghchi, who was chief negotiator in the nuclear talks between Tehran and the major powers that resulted in the 2015 deal formally called the Joint Comprehensive Plan of Action. The deal, reached after 21 months of negotiations between Iran and world powers, gave Tehran sanctions relief in exchange for curbs on its nuclear program to guarantee that it could not develop a nuclear weapon -- something it has always denied wanting to do. Three years later, then-president Trump unilaterally withdrew the United States from the agreement and reimposed heavy sanctions against Iran. Search for solutions A year later, Iran started to gradually roll back its commitments to the nuclear deal, which only allowed Tehran to enrich uranium to 3.65% purity. The IAEA says Iran has considerably increased its reserves of enriched uranium to 60%, close to the 90% needed to develop an atomic bomb. The head of the IAEA "will do what he can to prevent the situation going from bad to worse" given the significant differences between Tehran and Western capitals, analyst Ali Vaez, an Iran expert for the Crisis Group, a U.S.-based think tank, told AFP. "The one who left the agreement was not Iran, it was America," Iran's government spokeswoman Fatemeh Mohajerani said on Wednesday. "Mr. Trump once tried the path of maximum pressure and saw that this path did not work." Grossi's visit comes only two days after the defense minister of Iran's arch enemy Israel warned that the Islamic republic was "more exposed than ever to strikes on its nuclear facilities." The two countries have exchanged missile fire in recent months in a context of high tensions in the Middle East due to the war waged by Israel in the Gaza Strip against Hamas and in Lebanon against Hezbollah, two militant groups allied with Iran. Trump's return to the White House in January also raises fears of rising tensions between Iran and his country. "The margins for maneuver are beginning to shrink," Grossi warned in an interview with AFP on Tuesday, adding that "it is imperative to find ways to reach diplomatic solutions." Religious decree Grossi has said that while Iran does not have any nuclear weapons at this moment in time, it does have plenty of nuclear materials that could be used eventually to make a weapon. Iranian President Masoud Pezeshkian, who came to office in July with hopes of improving ties with the West and having sanctions lifted, favors a revival of the nuclear deal. But all efforts to get the nuclear agreement off life support have so far failed. The IAEA chief has repeatedly called for more cooperation from Iran. In recent years, Tehran has decreased its interaction with the UN agency by deactivating surveillance devices needed to monitor the nuclear program and effectively barring its inspectors. The foundations of Iran's nuclear program date back to the late 1950s, when the United States signed a civil cooperation agreement with Iran's then-Shah Mohammad Reza Pahlavi. In 1970, Iran ratified the Non-Proliferation Treaty (NPT), which requires signatory states to declare and place their nuclear materials under the IAEA control. But with Iran threatening to hit back at Israel for its latest missile strikes, some lawmakers in the Islamic republic have called on the government to revise its nuclear doctrine to pursue nuclear weapons. The parliamentarians called on supreme leader Ayatollah Ali Khamenei, who wields ultimate authority in Iran, to reconsider his long-standing religious edict or fatwa banning nuclear weapons. The Islamic republic has maintained its policy against acquiring nuclear weapons, insisting its nuclear activities are entirely peaceful.

TEHRAN: International Atomic Energy Agency chief Rafael Grossi arrived in Iran on Wednesday for discussions on Tehran’s nuclear programme, a week after Donald Trump’s election as the new US president.

Grossi, who is the director general of the UN agency, was greeted on Wednesday evening at the airport by Behrouz Kamalvandi, the spokesman for the Atomic Energy Organisation of Iran or AEOI.

Grossi is set to meet on Thursday in Tehran with AEOI chief Mohammad Eslami as well as Foreign Minister Abbas Araghchi, who was chief negotiator in the nuclear talks between Tehran and the major powers that resulted in the 2015 deal formally called the Joint Comprehensive Plan of Action or JCPOA.

The deal, reached after 21 months of negotiations between Iran and world powers, gave Tehran sanctions relief in exchange for curbs on its nuclear programme to guarantee that it could not develop a nuclear weapon — something it has always denied wanting to do. Three years later, then-president Trump unilaterally withdrew the United States from the agreement and reimposed heavy sanctions against Iran.

European powers pushing for resolution against Iran at IAEA

‘Comprehensive report’

European powers are pushing for a new resolution against Iran by the UN atomic watchdog’s board to pressure Tehran over its poor cooperation, diplomats say.

Such resolutions risk further diplomatic tension with Iran. The resolution would task the IAEA with issuing a so-called “comprehensive report” on Iran’s nuclear activities in addition to its regular quarterly ones, which would describe in more detail and put further focus on problem areas like Iran’s continued failure to explain uranium traces found at undeclared sites.

The aim is to force Iran back to the negotiating table to agree new restrictions on its nuclear activities in exchange for sanctions relief.

“Our concerns about Iranian nuclear activity are well known. It feels a natural point to be asking the IAEA for a thorough report. That then provides a basis to deal with Iranian behaviour,” a European diplomat said, one of five who said France, Britain and Germany are pushing for a resolution.

The United States has not been the driving force behind the resolution but is still expected to back it, as happened with the last resolution against Iran in June, diplomats said. The European powers seeking a resolution, known as the “E3”, are discussing the draft with the outgoing US administration.

Published in Dawn, November 14th, 2024

Physicists at the GSI/FAIR accelerator facility have gained insights into the structure of atomic nuclei of fermium, a synthetic chemical element of the actinoid series with atomic number 100.

The post Physicists Measure Nuclear Properties of Fermium appeared first on Sci.News: Breaking Science News.

With its rich resources, uranium mining companies want Canada to play a key role in fuelling nuclear reactors worldwide.

Nuclear Waste Services says it is undertaking a range of studies in the search area.

Two people were hospitalised but have since been released, the company who runs the shipyard says.

People living nearby may hear the emergency siren and the site is likely to be in lockdown.

The CIA suppressed secrets from inside Iran during the Obama administration showing efforts by Tehran to build a nuclear weapon were more advanced than suspected, according to a former National Security Agency counterintelligence official.

Japan's nuclear watchdog on Wednesday formally disqualified a reactor in the country's north-central region from restarting, the first rejection under safety standards that were reinforced after the 2011 Fukushima disaster. The decision is a setback for Japan as it seeks to accelerate reactor restarts to maximize nuclear power.

Israel strikes Iranian military sites, Netanyahu vows to keep Iran from getting nukes, the Knesset passes legislation barring UNRWA from Israel. Interviews:Bill Koenig (watch.org), former Muslim Farnoosh Mazarei and Iranian Crown Prince Reza Pahlavi.

Iran threatening attack, Saudi Arabia hosts two-state solution conference and new info on the relationship between Hamas and UNRWA. Analysis from Elie Pieprz on the U.S. Jewish vote and new doc "Tragic Awakening" examines the roots of anti-semitism.

Washington — OSHA is informing certain nuclear industry employees of their whistleblower protections, in a recently issued fact sheet.

The high value of honey and perceived cachet surrounding its provenance makes it a vulnerable target, whether through fraudsters claiming false geographical origin, declaring false botanical variety or diluting it with cheaper sugar syrups.

Political tensions in the world have reached the stage when many start wondering whether the human civilization may survive a nuclear catastrophe. One may hear many expert opinions about post-apocalyptic topics.According to the authors of Telegram channel Mayday. Chronicles of Nose-Diving, pandemics of various deadly infections, abrupt climate change, and disasters at nuclear and chemical facilities remain most important threats to mankind, not to mention the worst scenario of a global nuclear war. As for the issue of reviving human civilization per se, researchers believe that a little more than a hundred people with an equal gender balance would be enough for humans to survive. The set of genes in descendants will allow the new human civilisation to survive and develop (the example of the Maori is indicative here).One should also take into account the offensive of nature. If urban development is not supported by life support systems, nature will take its toll very quickly.Plants will take over all ruins in just a few years, like it happened in Abkhazia. For example, the Tkuarchal regional power plant in Abkhazia used to be a state regional power plant that supplied energy to the industrial city of Tkuarchal and its environs. It was built in the 1950s and was the main consumer of coal mined from Tkuarchal.Later, in the late 1980s, the regional power station switched to natural gas. During the 1992-1993 Georgian-Abkhaz war, it was demolished, and still remains in deplorable condition beyond repairs. People will survive and find something to do. Villagers will find it easier to survive because they will be able to return to farming, agriculture and cattle breeding. They will need primitive agricultural tools to ensure the survival of villages. The main problem will be the preservation and revival of scientific knowledge. Gadgets and appliances, like other technologically complex products that require advanced production, cannot be reproduced from scratch. The people themselves will be busy with completely different problems. Descendants of scientists and professors, forced to engage in hunting and gathering, are unlikely to be able to convey their knowledge about the structure of the solar system to their descendants. One needs to think about such a development of events before the very fact of the end of the world. Otherwise, the world will plunge into another stone age.Analysts of the "Older than Edda" project believe that the possible replenishment of the nuclear club does not seem to be something unprecedented. Technically, a third of UN member states are capable of creating a nuclear bomb. It is more difficult to develop vehicles to deliver nuclear bombs, but there is nothing particularly complicated in the very creation of a nuclear weapon.In fact, the only thing that protects us from the mass production of weapons of the Apocalypse is the dilapidating system of the post-war world order and the hegemony of the United States, which has been rapidly losing its relevance lately.

On Tuesday, October 17, the Russian Parliament, the State Duma, gave the first reading to the draft law to revoke the ratification of the Comprehensive Nuclear Test Ban Treaty (CTBT). Commenting on the vote on the bill, Duma Speaker Vyacheslav Volodin wrote that the withdrawal of the ratification should "contribute” to ensuring Russia's security against the backdrop of the US refusal to ratify the CTBT. "Washington should finally understand that hegemony on their part does not lead to anything positive. There is a need for dialogue on the principles of mutual respect, absence of double standards, and non-interference in the affairs of sovereign states. The Russian Federation will do everything to protect its citizens and ensure that global strategic parity is maintained," Vyacheslav Volodin wrote on Telegram.

The UFL-2M laser system, which is often called the "Tsar Laser" due to its unique technical specifications and power performance, will be fully operational by approximately 2028-2029, Valentin Kostyukov, Director of the Russian Federal Nuclear Center said in an interview with Russia-24 TV channel. "We have launched the first stage of physical foundations associated with engineering systems," Kostyukov said, admitting that the system will yield results in the next four to five years. The UFL-2M laser system was developed at the Sarov Nuclear Center. The system is needed for modeling and designing new types of nuclear weapons. It is used to study the processes that occur at the moment of explosion. There are only three countries in the world that have such technology: the United States, France, and Russia.

India and China evince interest in the Russian nuclear power plant project on the Moon, TASS reports with reference to Rosatom chief Alexey Likhachev. "The new solution that we are asked to implement is a version of a lunar nuclear power plant with an energy capacity of up to half a megawatt,” Likhachev said at the Eastern Economic Forum. In May, Roscosmos Director Yuri Borisov said that a Russian-made nuclear installation for a joint Russian-Chinese station would be sent to the Moon after 2036. Borisov also said that the development of a nuclear power plant for a joint lunar station with China had already begun.

Alexander Perendzhiev, a member of the expert council of Russian Officers, candidate of political sciences, gave his assessment to the warning from American analysts about the likelihood of NATO troops entering Ukraine. According to him, the direct intervention of the United States and the North Atlantic Alliance in the Russian special operation in Ukraine will change the course of the operation and provoke a full-scale war with Russia. The presence of American and NATO military personnel on the territory of a neighboring country is a threat to the existence of the Russian Federation as a state, the political scientist explained. In this case, Moscow will resort to nuclear weapons, he stressed.

Not that long ago, the Teikovo missile unit (Guards Order of Kutuzov missile division) took mobile ground-based Yars missile systems for exercises. The manoeuvres included marches at a distance of up to 100 kilometers, dispersal and change of positions, organization of combat security and camouflage. The goal of the exercises was to improve the training and coherence of personnel of the Strategic Missile Forces.

Did Iran conduct an underground nuclear test on October 5? Iran will build a nuclear bomb anyway, and the US and Israel will have to occupy it not to let it happen. Iran May Have Conducted an Underground Nuclear Explosion An earthquake measuring 4.4 on the Richter scale was recorded in the desert of Iran's Semnan province at 10:45 a. m. on October 5, Iranian news agency Mehr reported. The US Geological Survey said that the epicenter of the earthquake was only 10 kilometers below the ground. Iranian sources announced different number — 12 kilometers. What puzzles experts most is that the earthquake had no early warning issued.

Ukraine is considering a possibility of creating nuclear weapons, Bild said citing a high-ranking Ukrainian official. The republic has the resources necessary to restore its nuclear arsenal, the official claimed. A high-ranking Ukrainian official told Bild that Kyiv has the materials and knowledge to build nuclear weapons. It would take Ukraine "only a few weeks" to make an A-bomb if relevant agreements could be reached quickly. Not too long ago, Ukrainian President Volodymyr Zelensky told former US President Donald Trump that Ukraine should have nuclear weapons or become a NATO member.

It appears that the moment when Israel is going to strike Iran is getting closer. Ten US Air Force KC-135R tanker aircraft are heading towards the Middle East with at least 20 F-16 fighters escorting them. French all purpose landing ship L9013 Mistral arrived in Larnaca, Cyprus. US has transferred new combat aircraft to its base in Qatar. A curious event was noticed in the sky over Cambridge: three US tanker aircraft and a C-5M Super Galaxy military transport aircraft were spotted airborne. According to The New York Times, Iranian leader Ali Khamenei ordered the Armed Forces of the Islamic Republic to prepare for a state of war with Israel. Khamenei instructed the army to present several plans of response to Israel's imminent attack on Iran, depending on the scale of the strike.

The heavy nuclear-powered missile cruiser Admiral Nakhimov, which is undergoing repairs and extensive modernization at Sevmash shipyard, will begin trials in the upcoming autumn of 2024, the Commander-in-Chief of the Russian Navy, Admiral Alexander Moiseyev told TASS. "The Admiral Nakhimov is to go to sea for factory sea trials in the autumn of 2024. She is to be transferred to the Navy in 2025," he said during the Army-2024 Forum. Admiral Nakhimov of Project 1144.2M has been under repair since 1999, although the works started 2013. During the modernization, the cruiser will receive a universal shipborne firing system 3S14 to carry Kalibr, Onyx, or Zircon cruise missiles.

Russian President Vladimir Putin proposed making a number of changes to conditions for the use of nuclear weapons, the Kremlin said. In particular, "Fundamentals of State Policy in the Field of Nuclear Deterrence" expands the category of states and military alliances against which acts of nuclear deterrence will be carried out. "In the updated version of the document, aggression against Russia by any non-nuclear state, but with the participation or support of a nuclear state, is proposed to be considered as their joint attack on the Russian Federation," Putin said at a meeting of the Permanent Conference of the Security Council on Nuclear Deterrence.

Russian Defence Minister Andrei Belousov informed President Vladimir Putin about practicing nuclear strike tasks. During the meeting with the top leadership of the country, the Defence Minister gave the floor to Chief of the General Staff Valery Gerasimov. Gerasimov serves as the commander of the Russian Armed Forces in the zone of the special military operation. In his report to President Vladimir Putin, Gerasimov said that a strategic missile submarine, a land-based mobile Yars missile system, as well as Tu-95MS strategic missile carriers were involved in the drills.

Russian President Vladimir Putin took part in the ceremony to launch the Chukotka nuclear icebreaker built at the Baltic Shipyard in St. Petersburg. Putin participated from Moscow via video link. The footage shows the head of state giving the command "Launch cleared!" A bottle of champagne was traditionally smashed against the side of the vessel before launch. Three best workers of the Baltic Shipyard cut the detent that secured the ship to the land. The multi-ton vessel then slowly slid along the rails into the water.

[Inter-Korea] :
Kim Yo-jong, the powerful sister of North Korean leader Kim Jong-un, declared that the regime will continue to bolster its nuclear capabilities in protest of criticisms from the international community. In a statement carried by the North's Korean Central News Agency(KCNA) on Saturday, Kim ...

[more...]

[International] :
The operator of Japan’s Fukushima Daiichi nuclear power plant said it retrieved a small amount of melted fuel from one of the reactors for the first time since a major earthquake and tsunami crippled the nuclear facility in 2011. According to Japanese media outlets on Thursday, the Tokyo Electric Power ...

[more...]

[Economy] :
A large delegation representing Czech power authorities will make a two-week visit to South Korea for working-level negotiations ahead of the conclusion of a final contract for the Czech nuclear power plant project.  Korea Hydro and Nuclear Power(KHNP), which was selected in July as the preferred bidder ...

[more...]

Proliferating cell nuclear antigen (PCNA) plays a critical role in DNA replication by enhancing the activity of various proteins involved in replication. In this study, the crystal structure of ApePCNA1, one of three PCNAs from the thermophilic archaeon Aeropyrum pernix, was elucidated. ApePCNA1 was cloned and expressed in Escherichia coli and the protein was purified and crystallized. The resulting crystal structure determined at 2.00 Å resolution revealed that ApePCNA1 does not form a trimeric ring, unlike PCNAs from other domains of life. It has unique structural features, including a long interdomain-connecting loop and a PIP-box-like sequence at the N-terminus, indicating potential interactions with other proteins. These findings provide insights into the functional mechanisms of PCNAs in archaea and their evolutionary conservation across different domains of life. A modified medium and protocol were used to express recombinant protein containing the lac operon. The expression of the target protein increased and the total incubation time decreased when using this system compared with those of previous expression protocols.

In the title compound, [Cu2(L)2]·2CH2Cl2, the CuII ions coordinate two (S,O)-chelating aroyl­thio­urea moieties of doubly deprotonated furan-2,5-di­carbonyl­bis­(N,N-di­ethyl­thio­urea) (H2L) ligands. The coordination geometry of the metal centers is best described as a flat isosceles trapezoid with a cis arrangement of the donor atoms.

Reaction between equimolar amounts of 3,3,3',3'-tetraethyl-1,1'-(furan-2,5-dicarbonyl)bis(thiourea) (H2L) and CuCl2·2H2O in methanol in the presence of the supporting base Et3N gave rise to a neutral dinuclear complex bis[μ-3,3,3',3'-tetraethyl-1,1'-(furan-2,5-dicarbonyl)bis(thioureato)]dicopper(II) dichloromethane disolvate, [Cu2(C16H22N4O3S2)2]·2CH2Cl2 or [Cu2(L)2]·2CH2Cl2. The aroylbis(thioureas) are doubly deprotonated and the resulting anions {L2–} bond to metal ions through (S,O)-chelating moieties. The copper atoms adopt a virtually cis-square-planar environment. In the crystal, adjacent [Cu2(L)2]·2CH2Cl2 units are linked into polymeric chains along the a-axis direction by intermolecular coordinative Cu...S interactions. The co-crystallized solvent molecules play a vital role in the crystal packing. In particular, weak C—Hfuran...Cl and C—Hethyl...Cl contacts consolidate the three-dimensional supramolecular architecture.

Developing new materials for Li-ion and Na-ion batteries is a high priority in materials science. Such development always includes performance tests and scientific research. Synchrotron radiation techniques provide unique abilities to study batteries. Electrochemical cell design should be optimized for synchrotron studies without losing electrochemical performance. Such design should also be compatible with operando measurement, which is the most appropriate approach to study batteries and provides the most reliable results. The more experimental setups a cell can be adjusted for, the easier and faster the experiments are to carry out and the more reliable the results will be. This requires optimization of window materials and sizes, cell topology, pressure distribution on electrodes etc. to reach a higher efficiency of measurement without losing stability and reproducibility in electrochemical cycling. Here, we present a cell design optimized for nuclear resonance techniques, tested using nuclear forward scattering, synchrotron Mössbauer source and nuclear inelastic scattering.

The synthesis, crystal structure and magnetic properties of an ox­am­ate-con­taining erbium(III) com­plex, namely, tetra­butyl­ammonium aqua­[N-(2,4,6-tri­methyl­phen­yl)oxamato]erbium(III)–di­methyl sulfoxide–water (1/3/1.5), (C16H36N)[Er(C11H12NO3)4(H2O)]·3C2H6OS·1.5H2O or n-Bu4N[Er(Htmpa)4(H2O)]·3DMSO·1.5H2O (1), are reported. The crystal structure of 1 reveals the occurrence of an erbium(III) ion, which is surrounded by four N-phenyl-substituted ox­am­ate ligands and one water mol­ecule in a nine-coordinated environment, together with one tetra­butyl­ammonium cation acting as a counter-ion, and one water and three dimethyl sulfoxide (DMSO) mol­ecules of crystallization. Variable-temperature static (dc) and dynamic (ac) magnetic mea­sure­ments were carried out for this mononuclear com­plex, revealing that it behaves as a field-induced single-ion magnet (SIM) below 5.0 K.

Lanthanide ions have ideal chemical properties for catalysis, such as hard Lewis acidity, fast ligand-exchange kinetics, high coordination-number preferences and low geometric requirements for coordination. As a result, many small-molecule lanthanide catalysts have been described in the literature. Yet, despite the ability of enzymes to catalyse highly stereoselective reactions under gentle conditions, very few lanthanoenzymes have been investigated. In this work, the mononuclear binding of europium(III) and gadolinium(III) to the active site of a mutant of the model enzyme phosphotriesterase are described using X-ray crystallography at 1.78 and 1.61 Å resolution, respectively. It is also shown that despite coordinating a single non-natural metal cation, the PTE-R18 mutant is still able to maintain esterase activity.

The mol­ecular and crystal structure of a discrete [Ni8(μ4-OH)6(μ-4-Rpz)12]2− (R = H; pz = pyrazolate anion, C3H3N2−) cluster with an unprecedented, perfectly cubic arrangement of its eight Ni centers is reported, along with its lower-symmetry alkyl-functionalized (R = methyl and n-oct­yl) derivatives. Crystals of the latter two were obtained with two identical counter-ions (Bu4N+), whereas the crystal of the complex with the parent pyrazole ligand has one Me4N+ and one Bu4N+ counter-ion. The methyl derivative incorporates 1,2-di­chloro­ethane solvent mol­ecules in its crystal structure, whereas the other two are solvent-free. The compounds are tetra­butyl­aza­nium tetra­methyl­aza­nium hexa-μ4-hydroxido-dodeca-μ2-pyrazolato-hexa­hedro-octa­nickel, (C16H36N)(C4H12N)[Ni8(C3H3N2)12(OH)6] or (Bu4N)(Me4N)[Ni8(μ4-OH)6(μ-pz)12] (1), bis­(tetra­butyl­aza­nium) hexa-μ4-hydroxido-dodeca-μ2-(4-methyl­pyrazolato)-hexa­hedro-octa­nickel 1,2-di­chloro­ethane 7.196-solvate, (C16H36N)2[Ni8(C4H5N2)12(OH)6]·7.196C2H4Cl2 or (Bu4N)2[Ni8(μ4-OH)6(μ-4-Mepz)12]·7.196(ClCH2CH2Cl) (2), and bis­(tetra­butyl­aza­nium) hexa-μ4-hydroxido-dodeca-μ2-(4-octylpyrazolato)-hexa­hedro-octa­nickel, (C16H36N)2[Ni8(C11H19N2)12(OH)6] or (Bu4N)2[Ni8(μ4-OH)6(μ-4-nOctpz)12] (3). All counter-ions are disordered (with the exception of one Bu4N+ in 3). Some of the octyl chains of 3 (the crystal is twinned by non-merohedry) are also disordered. Various structural features are discussed and contrasted with those of other known [Ni8(μ4-OH)6(μ-4-Rpz)12]2− complexes, including extended three-dimensional metal–organic frameworks. In all three structures, the Ni8 units are lined up in columns.

Reaction of Co(NCS)2 with 4-methyl­pyridine N-oxide in methanol leads to the formation of crystals of the title compound, [Co2(NCS)4(C6H7NO)4(CH4O)2] or Co2(NCS)4(4-methyl­pyridine N-oxide)4(methanol)2. The asymmetric unit consist of one CoII cation, two thio­cyanate anions, two 4-methyl­pyridine N-oxide coligands and one methanol mol­ecule in general positions. The H atoms of one of the methyl groups are disordered and were refined using a split model. The CoII cations octa­hedrally coordinate two terminal N-bonded thio­cyanate anions, three 4-methyl­pyridine N-oxide coligands and one methanol mol­ecule. Each two CoII cations are linked by pairs of μ-1,1(O,O)-bridging 4-methyl­pyridine N-oxide coligands into dinuclear units that are located on centers of inversion. Powder X-ray diffraction (PXRD) investigations prove that the title compound is contaminated with a small amount of Co(NCS)2(4-meth­yl­pyridine N-oxide)3. Thermogravimetric investigations reveal that the methanol mol­ecules are removed in the beginning, leading to a compound with the composition Co(NCS)2(4-methyl­pyridine N-oxide), which has been reported in the literature and which is of poor crystallinity.

A new mononuclear complex, penta­aqua­(cucurbit[6]uril-κ2O,O')(nitrato-κ2O,O')praseodymium(III) dinitrate 9.56-hydrate, [Pr(NO3)(CB6)(H2O)5](NO3)2·9.56H2O (1), was obtained as outcome of the hydro­thermal reaction between the macrocyclic ligand cucurbit[6]uril (CB6, C36H36N24O12) with a tenfold excess of Pr(NO3)3·6H2O. Complex 1 crystallizes in the P21/n space group with two crystallographically independent but chemically identical [Pr(CB6)(NO3)(H2O)5]2+ complex cations, four nitrate counter-anions and 19.12 inter­stitial water mol­ecules per asymmetric unit. The nona­coordinated PrIII in 1 are located in the PrO9 coordination environment formed by two carbonyl O atoms from bidentate cucurbit[6]uril units, two oxygen atoms from the bidentate nitrate anion and five water mol­ecules. Considering the differences in Pr—O bond distances and O—Pr—O angles in the coordination spheres, the coordination polyhedrons of the two PrIII atoms can be described as distorted spherical capped square anti­prismatic and muffin polyhedral.

A new quinoline derivative, namely, 6-(di­ethyl­amino)-4-phenyl-2-(pyridin-2-yl)quinoline, C24H23N3 (QP), and its MnII complex aqua-1κO-di-μ-chlorido-1:2κ4Cl:Cl-di­chlorido-1κCl,2κCl-bis­[6-(di­ethyl­amino)-4-phenyl-2-(pyridin-2-yl)quinoline]-1κ2N1,N2;2κ2N1,N2-dimanganese(II), [Mn2Cl4(C24H23N3)2(H2O)] (MnQP), were synthesized. Their compositions have been determined with ESI-MS, IR, and 1H NMR spectroscopy. The crystal-structure determination of MnQP revealed a dinuclear complex with a central four-membered Mn2Cl2 ring. Both MnII atoms bind to an additional Cl atom and to two N atoms of the QP ligand. One MnII atom expands its coordination sphere with an extra water mol­ecule, resulting in a distorted octa­hedral shape. The second MnII atom shows a distorted trigonal–bipyramidal shape. The UV–vis absorption and emission spectra of the examined compounds were studied. Furthermore, when investigating the aggregation-induced emission (AIE) properties, it was found that the fluorescent color changes from blue to green and eventually becomes yellow as the fraction of water in the THF/water mixture increases from 0% to 99%. In particular, these color and intensity changes are most pronounced at a water fraction of 60%. The crystal structure contains disordered solvent mol­ecules, which could not be modeled. The SQUEEZE procedure [Spek (2015). Acta Cryst. C71, 9–18] was used to obtain information on the type and qu­antity of solvent mol­ecules, which resulted in 44 electrons in a void volume of 274 Å3, corresponding to approximately 1.7 mol­ecules of ethanol in the unit cell. These ethanol mol­ecules are not considered in the given chemical formula and other crystal data.

Two new zinc(II) complexes, tri­ethyl­ammonium di­chlorido­[2-(4-nitro­phen­yl)-4-phenyl­quinolin-8-olato]zinc(II), (C6H16N){Zn(C21H13N2O3)Cl2] (ZnOQ), and bis­(tri­ethyl­ammonium) {2,2'-[1,4-phenyl­enebis(nitrilo­methyl­idyne)]diphenolato}bis­[di­chlorido­zinc(II)], (C6H16N)2[Zn2(C20H14N2O2)Cl4] (ZnBS), were synthesized and their structures were determined using ESI–MS spectrometry, 1H NMR spectroscopy, and single-crystal X-ray diffraction. The results showed that the ligands 2-(4-nitro­phen­yl)-4-phenyl­quinolin-8-ol (HOQ) and N,N'-bis­(2-hy­droxy­benzyl­idene)benzene-1,4-di­amine (H2BS) were deprotonated by tri­ethyl-amine, forming the counter-ion Et3NH+, which inter­acts via an N—H⋯O hydrogen bond with the ligand. The ZnII atoms have a distorted trigonal–pyramidal (ZnOQ) and distorted tetra­hedral (ZnBS) geometries with a coord­ination number of four, coordinating with the ligands via N and O atoms. The N atoms coordinating with ZnII correspond to the heterocyclic nitro­gen for the HOQ ligand, while for the H2BS ligand, it is the nitro­gen of the imine (CH=N). The crystal packing of ZnOQ is characterized by C—H⋯π inter­actions, while that of ZnBS by C—H⋯Cl inter­actions. The emission spectra showed that ZnBS complex exhibits green fluorescence in the solid state with a small band-gap energy, and the ZnOQ complex does exhibit non-fluorescence.

Source: Streetwise Reports 10/22/2024

The growth of artificial intelligence, the need for more computer data centers, the eventual adoption of electric vehicles (EVs), and the need for more net-zero power means a renaissance in nuclear power is underway.

Just last month, Microsoft Corp. (MSFT:NASDAQ) announced a deal with Constellation Energy Group (CEG:NYSE) to restart and buy all of the power from one of the shut-down reactors at its infamous Three Mile Island plant in Pennsylvania and the Biden administration also announced a plan to restart the Palisades plant in Michigan.

"Biden has called for a tripling of U.S. nuclear power capacity to fuel energy demand that is accelerating in part due to expansion of power-hungry technologies like artificial intelligence and cloud computing," Valerie Volcovici wrote for Reuters on Oct. 8.

The administration also wants to develop small nuclear reactors (SMRs) for certain applications.

All of this is putting the metal needed to power nuclear energy, uranium, front and center. Prices for the element have started rising, with nuclear fuel trading at US$83.30 per pound last Thursday, a level not seen since 2007, according to a report by Daily Finland on Friday.

Uranium prices are expected to move higher by the end of this quarter, when Trading Economics' global macro models and analyses forecast uranium to trade at US$84.15 per pound, Nuclear Newswire reported on Oct. 3. In another year, the site estimates that the metal will trade at US$91.80 per pound.

The Catalyst: Surging Demand

The engine driving the prices is a "fundamental global shortage" of uranium driven by surging demand, said Andre Leibenberg, chief executive officer of Yellow Cake, which is focused on providing exposure to uranium's spot price.

The demand is stemming not only from a growing recognition of nuclear power's role in the future energy mix, but also from its critical importance in supporting the AI boom and the development of data centers, he wrote in a company update last week, according to Mining Weekly.

According to the report, Liebenberg noted that the primary mine supply of 140 million pounds was significantly trailing behind global demand of more than 180 million pounds a year.

In the European Union, a "lack of clarity" about Russian uranium imports is holding back investment in new enrichment plants, according to Reuters.

Russia supplied more than 25% of European and American enriched uranium before the start of the Ukraine war in February 2022, the report said.

Since then, "the U.S. implemented a ban on imports of enriched uranium from Russia in August, with some exemptions, but in Europe, different countries have taken different approaches," muddying the waters.

Complicating matters is a hint in September that Russian President Vladimir Putin might embargo exports of the vital element to the west.

Citi, in a note to clients, said utilities have been stockpiling Russian uranium, but an embargo would make it "hard to replace" supplies of the metal in the next two years.

"Russia supplies close to 12% of U3O8 (known as yellow cake), 25% of UF6 (uranium hexafluoride) and 35% of EUP (enriched uranium product) to international markets," the bank said, according to Forbes. "While the largest share of these supplies goes to China and in supplying nuclear reactors that were built by Russia's Rosatom, we believe that at-risk supplies are exports to the U.S. or Western Europe."

The consequences of what could happen without more nuclear power can be seen in the U.K., where the number of reactors is shrinking. Four of five of them are expected to close in the next couple of years, which could "stretch the grid to the limit."

"As Britain's reactor fleet shrivels, the amount of nuclear capacity will fall from six gigawatts (GW) today to just 1.2 GW by 2028 or soon after," Jonathan Leake and Matt Oliver wrote for The Telegraph last week. "Along with rising demand from power-hungry data centers and technologies of the future, it will make it even harder to keep the lights on when wind and solar generation is low."

Small Nuclear Reactors (SMRs)

SMRs are another possible solution for some medium-sized energy needs. They have been operational for dozens of years in submarines and other long-distance ocean-going craft.

"They can be manufactured in factories and then rapidly erected on-site," Dominic Frisby wrote for his newsletter, The Flying Frisby, on Oct. 13. They are scalable, and that flexibility "aids manufacture, transportation, and installation while reducing construction time and costs."

A 440-megawatt (MW) SMR would produce about 3.5 terawatt hours (TWh) of electricity per year, enough for 1.2 million homes, Frisby noted.

SMRs produce electricity that can easily be adjusted to meet the constant, everyday needs of the grid (baseload), and they can also ramp up or down to follow changes in demand throughout the day, the author wrote. They spin in sync with the grid, so they help keep everything stable.

"When they're running, they act like a steady hand, providing momentum that makes it easier to manage sudden changes in electricity supply or demand," he wrote.

'Bucket Loads of Power' Needed

All of this equates for a bright future for the metal, he said.

"Guess what? AI requires bucket loads of power," Frisby wrote. "That's why Microsoft recently agreed to pay Constellation Energy, the new owner of America's infamous nuclear power station, Three Mile Island, a sizeable premium for its energy. There is cheaper wind and solar power to be had in Pennsylvania, but it isn't as reliable as nuclear 24 hours a day. It's not just AI. The widespread political desire to rid ourselves of fossil fuels means the world needs electricity, and fast."

Chris Temple, publisher of The National Investor, recently noted that with the Three Mile Island deal, "uranium/nuclear power is BACK!"

"I've watched as the news has continued to point to uranium being in the early innings of this new bull market," Temple wrote. "Yet the markets have been yawning . . . until now."

What follows are several uranium explorers and producers that could benefit from this upswing for investors looking to take advantage.

Baselode Energy Corp.

Baselode Energy Corp. (FIND:TSX.V; BSENF:OTCQB) controls 100% of about 273,000 hectares for exploration in the Athabasca Basin area in northern Saskatchewan, Canada.[OWNERSHIP_CHART-10321]

The company said it discovered the ACKIO near-surface, high-grade uranium deposit in September 2021. ACKIO measures greater than 375 meters along strike, greater than 150 meters wide, and is comprised of at least 11 separate zones. Mineralization starts as shallow as 28 meters beneath the surface and continues down to about 300 meters depth beneath the surface, with the bulk of mineralization occurring in the upper 120 meters, Baselode said. ACKIO remains open to the west and south and along the Athabasca sandstone unconformity to the east and south.

Earlier this month, the company reported positive uranium assay results from three drill holes of its 2024 drill program at ACKIO.

Notably, drill hole AK24-119 intersected 0.28% U3O8 over 21.0 meters, including a high-grade section of 1.55% U3O8 over 1.5 meters at a depth of 141 meters. While drill hole AK24-118 returned 0.59% U3O8 over 8.5 meters, including 1.25% U3O8 over 1.5 meters at a depth of 153 meters.

"These results strengthen our confidence in ACKIO," Chief Executive Officer James Sykes said in a release. "It's remarkable that, just over three years after discovering ACKIO, we're still achieving better-than-expected grades and widths."

Baselode expects further assay results from the remaining 40 drill holes to be released after quality review and approval.

David Talbot, Managing Director at Red Cloud Securities, noted in a September 17 report that drilling at ACKIO "continued to expand the mineralized footprint at Pods 1, 6, and 7," highlighting that "thirteen holes reported composite intervals of anomalous radioactivity between 11m and 42m in thickness."

In his report, Talbot rated the stock as a Buy and further projected the potential for "8-10-12 million pounds of U3O8 at a grade of ~0.3% U3O8," which aligns with typical grades found in the southeastern part of the Athabasca Basin.

According to Refinitiv, Baselode has institutions holding 23.26% with Alps Advisors holding the bulk of it with 17.94%, followed by Vident Investment Advisory LLC at 2.97%. Management and Insiders hold 1.59%. The rest is retail.

The company has a market cap of CA$20.05 million, with 131.51 free float shares. It trades in the 52-week range between CA$0.10 and CA$0.61.

Uranium Energy Corp.

According to its website, Uranium Energy Corp. (UEC:NYSE AMERICAN) is America's "largest and fastest growing supplier of uranium."[OWNERSHIP_CHART-402]

The company said it is advancing the next generation of low-cost, environmentally friendly in-situ recovery (ISR) mining uranium projects in the United States and high-grade conventional projects in Canada. It has two production-ready ISR hub and spoke platforms in South Texas and Wyoming.

Additionally, Uranium Energy Corp. said it has diversified uranium holdings with one of the largest physical uranium portfolios of U.S. warehoused U3O8; a major equity stake in Uranium Royalty Corp., the only royalty company in the sector; and a Western Hemisphere pipeline of resource stage uranium projects.

Most recently, the company announced it was expanding its U.S. uranium production capacity by acquiring Rio Tinto Plc.'s Sweetwater Plant and a portfolio of Wyoming uranium assets.

On September 25, Temple of The National Investor noted that UEC was "upgraded back to Buy" following recent uranium market news. He pointed to UEC's acquisition of the Wyoming uranium assets as a catalyst, emphasizing that uranium is "in the early innings of this new bull market."

Jeff Clark of The Gold Advisor, in his September 26 update, called the acquisition a "significant move," noting that it consolidated a large portfolio of uranium assets under UEC's control, positioning the company for rapid growth. He also highlighted the company's strategic advantage with "53,000 additional acres for exploration," reinforcing UEC's potential to ramp up production.

According to Reuters, Uranium Energy has a market cap of US$3.48 billion and 411.41 million shares outstanding. It trades in a 52-week range of US$4.06 and US$8.66.

About 2% of UE is help by management and insiders, Reuters noted. The largest portion, 77.58%, is held by institutional investors. The rest is in retail.

Terra Clean Energy Corp.

Formerly Tisdale Clean Energy Corp., Terra Clean Energy Corp. (TCEC:CSE; TCEFF:OTC; T1KC:FSE), a Canadian-based uranium exploration and development company, is currently developing the South Falcon East uranium project, which holds a 6.96-million-pound inferred uranium resource within the Fraser Lakes Zone B uranium/thorium deposit, located in the Athabasca Basin region of Saskatchewan.[OWNERSHIP_CHART-10935]

Representing a portion of Skyharbour Resources Ltd.'s existing South Falcon Project, Terra Clean Energy's project covers approximately 12,464 hectares and lies 18 kilometers outside the Athabasca Basin, approximately 50 kilometers east of the Key Lake Mine.

Recently, the company announced a comprehensive exploration program set for Winter 2025 at its South Falcon East Uranium Project. The work will focus on extending the mineralized footprint at the Fraser Lakes B Uranium Deposit and includes about 2,000 meters of infill and step-out drilling designed to verify existing mineralized zones and identify additional targets.

In a release, Chief Executive Officer Alex Klenman described the initiative as "a unique setup for a Canadian microcap, offering multiple paths to significant value creation." This US$1.5 million project will involve TerraLogic Exploration Inc., operating out of SkyHarbour's McGowan Lake Camp with helicopter support.

According to Reuters, management and insiders hold 4.62% of Terra Clean Energy. Of those, Alex Klenman holds the most, with 4.37%.

Strategic Investors hold 12.03%, with Planet Ventures Inc holding the most at 7.40%. The rest is retail.

Terra Clean Energy has a market cap of CA$2.98 million and a 52-week range of CA$0.05 to CA$0.22.

North Shore Uranium Ltd.

North Shore Uranium Ltd. (NSU:TSX) said it is working to become a major force in exploration for economic uranium deposits at the eastern margin of the Athabasca Basin.[OWNERSHIP_CHART-10945]

The company said it is running exploration programs at its Falcon and West Bear properties and evaluating opportunities to complement its portfolio of uranium properties.

Falcon consists of 15 mineral claims, the company said. Four of them comprise 12,791 hectares and are 100%-owned by the company. The remaining 11 claims totaling 2,908 hectares are subject to an option agreement with Skyharbour Resources Ltd. Under the terms of the option agreement, North Shore has the option to earn up to 100% interest in the 11 claims by completing certain payments.

Earlier this month, the company announced details of its target generation efforts at its Falcon uranium project at the eastern margin of Saskatchewan's Athabasca Basin. The company said it has identified 36 uranium targets across three zones.

"We have a great pipeline of targets to choose from for our next drill program at Falcon," said President and Chief Executive Officer Brooke Clements. "Our Zone 2 has attracted the interest of uranium explorers in the past, and we believe there is potential to make a significant uranium discovery using new data and interpretation."

Earlier this month, North Shore announced it had received a Crown Land Work permit for the full 55,700-hectare Falcon project. Issued by the Saskatchewan Ministry of Environment, it authorizes the company to conduct mineral exploration activities, including prospecting and ground geophysics, trail and drill site clearing, line cutting, the drilling of up to 75 exploration drill holes, and the storage of drill core. The permit expires in July 2027.

Insiders and founding investors own approximately 45% of the issued and outstanding shares. Clements himself owns 3.6% or 1.33M shares, Director Doris Meyer has 2.11% or 0.78M shares, and Director James Arthur holds 1.58% or 0.58M shares. According to North Shore, 14.92M shares (40.5%) held by six founding investors are subject to a voluntary pooling agreement that restricts the disposition of these shares before October 19, 2026.

Most of the rest is with retail, as the institutional holdings are minor.

North Shore has 36.84M outstanding shares and currently has a market cap of CA$1.47 million. It has traded in the past 52 weeks between CA$0.04 and CA$0.30 per share.

Skyharbour Resources Ltd.

Skyharbour Resources Ltd. (SYH:TSX.V; SYHBF:OTCQX; SC1P:FSE) has an extensive portfolio of uranium exploration projects in Canada's Athabasca Basin, with 29 projects, 10 of which are drill-ready, covering over 1.4 million acres of mineral claims. In addition to being a high-grade uranium exploration company, Skyharbour utilizes a prospect generator strategy by bringing in partner companies to advance its secondary assets.[OWNERSHIP_CHART-6026]

In an updated research note on July 24, Analyst Sid Rajeev of Fundamental Research Corp. wrote that Skyharbour "owns one of the largest portfolios among uranium juniors in the Athabasca Basin."

"Given the highly vulnerable uranium supply chain, we anticipate continued consolidation within the sector," wrote Rajeev, who reiterated the firm's Buy rating and adjusted its fair value estimate from CA$1.16 to CA$1.21 per share. "Additionally, the rapidly growing demand for energy from the AI industry is likely to accelerate the adoption of nuclear power, which should, in turn, spotlight uranium juniors in the coming months."

Skyharbour acquired from Denison Mines, a large strategic shareholder of the company, a 100% interest in the Moore Uranium Project, which is located 15 kilometers east of Denison's Wheeler River project and 39 kilometers south of Cameco's McArthur River uranium mine. Moore is an advanced-stage uranium exploration property with high-grade uranium mineralization at the Maverick Zone, including highlight drill results of 6.0% U3O8 over 5.9 meters, including 20.8% U3O8 over 1.5 meters at a vertical depth of 265 meters.

Adjacent to the Moore Uranium Project is Skyharbour's Russell Lake Uranium Project optioned from Rio Tinto, which hosts historical high-grade drill intercepts over a large property area with robust exploration upside potential. The 73,294-ha Russell Lake Uranium Property is strategically located in the central core of the Eastern Athabasca Basin of northern Saskatchewan. Skyharbour has recently discovered high-grade uranium mineralization in a new zone at Russell and is carrying out an additional 7-8,000-meter drill campaign across both Russell and Moore.

Management, insiders, and close business associates own approximately 5% of Skyharbour.

According to Reuters, President and CEO Trimble owns 1.6%, and Director David Cates owns 0.70%.

Institutional, corporate, and strategic investors own approximately 55% of the company. Denison Mines owns 6.3%, Rio Tinto owns 2.0%, Extract Advisors LLC owns 9%, Alps Advisors Inc. owns 9.91%, Mirae Asset Global Investments (U.S.A) L.L.C. owns 6.29%, Sprott Asset Management L.P. owns 1.5%, and Incrementum AG owns 1.18%, Reuters reported.

There are 182.53 million shares outstanding with 178 million free float traded shares, while the company has a market cap of CA$89.44 million and trades in a 52-week range of CA$0.31 and CA$0.64.

ATHA Energy Corp.

Atha Energy Corp. (SASK:TSX.V; SASKF:OTCMKTS) is a Canadian mineral company engaged in the acquisition, exploration, and development of uranium assets with a portfolio including three 100%-owned post-discovery uranium projects (the Angilak Project located in Nunavut, and CMB Discoveries in Labrador hosting historical resource estimates of 43.3 million pounds and 14.5 million pounds U3O8 respectively, and the newly discovered basement-hosted GMZ high-grade uranium discovery located in the Athabasca Basin).[OWNERSHIP_CHART-11007]

In addition, the company said it holds the largest cumulative prospective exploration land package (more than 8.5 million acres) in two of the world's most prominent basins for uranium discoveries. ATHA also holds a 10% carried interest in key Athabasca Basin exploration projects operated by NexGen Energy Ltd. and IsoEnergy Ltd.

Technical Analyst Maund considers Atha Energy to be "THE top play in the uranium sector" and has an Immediate Strong Buy rating on it, he wrote in the previously mentioned Oct. 17 report.

The company's 3-, 13- and 26-month charts indicate its stock price had been in a bear market since trading began until September, when it had an upwave or preliminary breakout. This, along with other indicators, including positive accumulation-distribution convergence and high volume, suggest another upleg is expected soon, he said.

"Given the outlook for the uranium price and what Atha Energy has going for it, its stock is astoundingly cheap after its persistent downtrend this year," Maund wrote.

According to Refinitiv, 10 management and insiders own 16.44% of Atha Energy. The Top 5 are Timothy Young with 6.32%, Matthew Mason with 5.8%, Atha Chairman Michael Castanho with 1.16%, and Atha Director Sean Kallir with 0.9%.

Seven institutional investors together hold 9.38%. The Top 3 are Alps Advisors Inc. with 6.26%, Sprott Asset Management LP with 1.3%, and Vident Investment Advisory LLC with 0.8%.

The remaining 74.18% of Atha is in retail.

According to the company, it has 277.9M shares outstanding, 14M options, 4M restricted stock units/performance rights, and 10.2M warrants.

Reuters reports Atha's market cap is CA$208.42 million, and its 52-week range is CA$0.46−$1.42 per share.

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Important Disclosures:

1. Skyharbour Resources Ltd. and Terra Clean Energy Corp. are billboard sponsors of Streetwise Reports and pay SWR a monthly sponsorship fee between US$4,000 and US$5,000. In addition, Terra Clean Energy has a consulting relationship with Street Smart an affiliate of Streetwise Reports. Street Smart Clients pay a monthly consulting fee between US$8,000 and US$20,000.
2. As of the date of this article, officers and/or employees of Streetwise Reports LLC (including members of their household) own securities of North Shore Uranium Ltd., Uranium Energy Corp., and Terra Clean Energy.
3. Steve Sobek wrote this article for Streetwise Reports LLC and provides services to Streetwise Reports as an employee.
4. This article does not constitute investment advice and is not a solicitation for any investment. Streetwise Reports does not render general or specific investment advice and the information on Streetwise Reports should not be considered a recommendation to buy or sell any security. Each reader is encouraged to consult with his or her personal financial adviser and perform their own comprehensive investment research. By opening this page, each reader accepts and agrees to Streetwise Reports' terms of use and full legal disclaimer. Streetwise Reports does not endorse or recommend the business, products, services or securities of any company.

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( Companies Mentioned: SASK:TSX.V; SASKF:OTCMKTS, FIND:TSX.V; BSENF:OTCQB, NSU:TSX, SYH:TSX.V; SYHBF:OTCQX; SC1P:FSE, TCEC:CSE; TCEFF:OTC; T1KC:FSE, UEC:NYSE AMERICAN, )